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Cutting-Edge Perovskite Technology Set to Power Future Space Missions

by Clarence Oxford | Feb 27, 2024

Tampa-based Merida Aerospace is at the forefront of a technological shift in space exploration, focusing on the development of perovskite solar cells tailored for low Earth orbit (LEO) satellites. This initiative aims to enhance performance and reduce costs, leveraging the unique properties of perovskite materials to overcome the limitations of traditional gallium arsenide solar panels.

LEO satellites, which are crucial for a variety of communication and observation tasks, depend heavily on solar panels for power. The efficiency of these panels is paramount, as they must capture sunlight effectively during the satellite’s exposure to the sun to ensure continuous operation. Gallium arsenide panels, with their 30% efficiency rate, have been the standard due to their optimal semiconductor properties for space conditions. However, the high manufacturing costs and the scarcity of gallium have driven the search for alternative materials.

Perovskite solar cells present a promising solution, offering a combination of high efficiency, cost-effectiveness, and versatility. Unlike gallium arsenide, perovskites can be produced through simpler, more economical processes. They are adaptable to various applications, including lightweight and bendable panels, making them suitable for the dynamic requirements of space missions.

Merida Aerospace, a comprehensive vertical space company, prides itself on its capacity to produce all components necessary for space exploration, from rocket launch motors to satellite components and ground communication systems. The company’s motto, “Space of Things – Everything space under one roof,” encapsulates its all-encompassing approach to space technology development.

Research engineer Andrea Marquez is leading the project on perovskite solar cells at Merida Aerospace. Marquez highlighted the material’s resilience to high-energy radiation and its self-healing properties, which are crucial for enduring the harsh conditions of space. The perovskite’s crystalline structure is uniquely suited to space temperatures, enhancing light absorption capabilities.

The potential of perovskite solar cells extends beyond their technical advantages. Their environmental benefits align with the global shift towards sustainable and eco-friendly energy technologies. The manufacturing process of perovskite cells requires less energy and uses more abundant materials, contributing to a more sustainable approach to solar energy.

The recent success of a spaceflight demonstration on the International Space Station, overseen by NASA research engineer Dr. Lyndsey McMillon-Brown, has further validated the durability and restorative properties of perovskite films. After a 10-month exposure to space conditions, the perovskite demonstrated significant resilience, challenging previous doubts about its suitability for space applications.

As the solar energy landscape evolves, perovskite technology is increasingly recognized as a game-changer. Its promise of high efficiency, combined with manufacturing versatility and cost-effectiveness, positions it as a leading candidate for future renewable energy sources. This development by Merida Aerospace marks a significant step towards redefining the solar industry, with the potential to make perovskite solar cells a mainstream choice for not only space applications but also residential, commercial, and industrial uses.

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U.S. Company Pioneers Perovskite Solar Tech For Space Use

By Maria Savelieva | Feb 21, 2024

Merida Aerospace, an aerospace company based in the US, is pioneering the development of perovskite solar cells for satellites orbiting at low Earth levels. They argue that these new cells rise to outperform the existing technology used within the space industry, offering a significant boost in both efficiency and affordability for satellites that heavily rely on solar power. Let’s explore the unique advantages this new tech brings to space applications.

What is the New Technology About?

Low Earth orbit (LEO) satellites, which are key to our global internet and phone services as well as Earth observation systems, traditionally get their power from the sun. Solar panels capture sunlight during their orbit around the Earth, which lets them keep running without the heavy reliance on batteries. The introduction of perovskite solar cells by Merida Aerospace could improve this system by offering a more efficient and lightweight alternative.

Andrea Marquez, a research engineer at Merida Aerospace, is at the helm of the project. Marquez explains the unique advantages of these cells, stating, “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

The potential of perovskite solar cells has also been validated by recent experiments conducted by NASA. Dr. Lyndsey McMillon-Brown, who leads research efforts at NASA, shared the encouraging results of a spaceflight demo that tested the endurance of perovskites aboard the International Space Station. Remarkably, after a ten-month trial, the perovskite film not only withstood the challenge but also showed remarkable restorative features. This reinforces the idea that perovskite could become a key player in future space missions.

Solar Energy’s Role in Space Journeys

Photovoltaics (PV) is the unsung hero of space voyages, powering everything from satellites to space probes with its dependable and efficient solar energy. Since 1958, when the Vanguard 1 satellite showed the world that solar power could work in space, solar panels have become a go-to power source for space exploration. Even though the satellite had batteries, the solar cells were crucial for running its radio transmitter, showing that solar could support missions over the long haul. This laid the groundwork for solar power to become the go-to energy source for satellites during the 1960s.

Vanguard 1, the world’s first solar-powered satellite Image Credit: NASA
Vanguard 1, the world’s first solar-powered satellite
Image Credit: NASA

So what exactly makes solar power stand out for space exploration? Here are the main factors:

  • Abundance: In the vastness of space, sunlight is everywhere and doesn’t get blocked by clouds or the atmosphere, especially when spacecraft are not in the shadow of a planet or moon.
  • Reliability: For missions that last a long time, solar energy is a dependable and endless power source. It reduces the dependence on finite resources like chemical batteries or nuclear power, which might not last as long or could be risky.
  • Low Weight: In space, every little bit of weight savings is crucial, and solar panels offer a great option here. They’re light yet can generate a lot of energy, making them perfect for space travel.

Space exploration leverages solar power in various ways. Let’s look at its crucial applications:

  • Satellites: Satellites, whether they’re in a stationary spot far from Earth or cruising closer in low Earth orbit, use solar panels for energy. These panels often deploy after launch and can track the Sun to maximize energy absorption.
  • Space Probes and Rovers: On missions to distant planets, like the rovers on Mars, solar panels are vital. These panels are designed to withstand extreme conditions, including temperature fluctuations and dust.
  • International Space Station (ISS): The ISS uses large solar arrays that provide power for everything from daily operations to supporting the life and work of astronauts on board. These arrays are among the largest structures on the station and are critical for its work.

Types of Solar Tech Used in Space

Not every solar technology is equally effective in the outer space environment. Let’s take look at the different solar technologies that have contributed to space exploration.

Silicon-Based Cells: The Early Pioneers

In the early days of space exploration, space missions mainly used crystalline silicon solar cells for power. Silicon was an obvious choice because it was plentiful and already played a key role in the semiconductor industry. These solar cells worked pretty well in space, with efficiency ratings between 14% and 18%, but they were bulky and heavy. Moreover, the efficiency of solar panels dropped due to the strong radiation outside Earth’s atmosphere, leading scientists to search for alternatives that could last longer and perform better.

Gallium Arsenide: The Space Champions

As we’ve gotten better at making solar panels, gallium arsenide (GaAs) cells have started to outshine silicon ones in space missions. These cells work better in space, boasting a current solar panel efficiency of over 30% and handling space radiation well without wearing out too quickly. However, making GaAs cells is expensive due to the rare materials needed and the complicated manufacturing. This prompted the search for more economically viable alternatives.

Perovskite Solar Cells: The New Frontier

Enter perovskite solar cells, a breakthrough in solar energy that’s catching everyone’s attention. Known for their superior properties, such as the ability to absorb a wide range of light, perovskites are showing great potential. So far, they’ve managed to reach solar panel efficiency of up to 25.5% for single-junction cells and 26.7% for tandem cells.

Even though we’re just beginning to use perovskite solar cells for use in space, their benefits over the usual gallium arsenide cells are already clear. Perovskites promise to bring us solar panels that are both more affordable and versatile. As studies continue, these cells are rapidly closing the solar power efficiency gap, suggesting they might soon become a preferred choice for powering space missions.

The Future of Perovskite Cells in Space Missions

Merida’s work on solar cells for satellites could change the game in how we power space tech. This bold move could make satellites more efficient and cheaper, which is great news for modern communication and observation systems. Perovskite cells can handle space’s tough radiation and soak up sunlight really well, making them an optimal choice. Their effectiveness was further validated by NASA’s testing, showing that perovskite cells perform well in the challenging conditions of space.

The shift from older solar cell types to perovskites underscores the drive towards better, more reliable energy options. These cells are quickly becoming more efficient, offer more usage flexibility, and make solar panels cheaper to manufacture. This change goes beyond just upgrading equipment, it’s another step towards more inventive and forward-thinking space exploration.

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Merida Aerospace desarrolla células fotovoltaicas de perovskita para el espacio

By Patrick Jowllet | Feb 16, 2024

La empresa aeroespacial estadounidense Merida Aerospace está desarrollando células solares de perovskita para satélites de órbita terrestre baja. Afirma que las células solares de perovskita podrían ser una opción más rentable y eficiente que las células tradicionales.
Merida Aerospace, con sede en el estado de Florida (EE. UU.), está desarrollando células solares de perovskita adaptadas a aplicaciones espaciales.

Las células están orientadas a mejorar el rendimiento y la economía de los satélites de órbita terrestre baja, que a menudo dependen de paneles solares como fuente de energía primaria.

Merida Aerospace considera las células solares de perovskita una “alternativa prometedora” a los paneles solares de arseniuro de galio, que han sido tradicionalmente los más utilizados en aplicaciones solares espaciales. La empresa afirma que las células de perovskita tienen un proceso de fabricación simplificado para mejorar la rentabilidad.

Además, las células de perovskita son flexibles y versátiles, lo que las hace adecuadas para una amplia gama de aplicaciones.

“Las células solares de perovskita han demostrado una notable resistencia a la radiación de alta energía en condiciones espaciales, gracias a un efecto de autocuración”, explica Andrea Márquez, ingeniera de investigación. “La disposición de los cristales de perovskita se ve influida por las temperaturas espaciales, lo que mejora su capacidad de absorción de la luz”.

La empresa aeroespacial afirmó que las células solares de perovskita también ofrecen ventajas medioambientales. Afirmó que sus componentes son “abundantes e implican un proceso de fabricación menos intensivo en energía, alineándose con los cambios globales hacia tecnologías energéticas más limpias y sostenibles”.

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Merida Aerospace developing perovskite PV cells for space

By Patrick Jowllet | Feb 16, 2024

Merida Aerospace, a US aerospace company, is developing perovskite solar cells for low-Earth-orbit satellites. It says perovskite solar cells could be a more cost-effective and efficient option than traditional cells.

Florida-based Merida Aerospace is developing perovskite solar cells tailored for space applications.

The cells are geared to enhance performance and economy for low-Earth-orbit satellites, which often rely on solar panels as their primary power source.

Merida Aerospace is billing perovskite solar cells as a “promising alternative” to gallium arsenide solar panels, which have traditionally been the go-to for space solar applications. The company said that perovskite cells have a simplified manufacturing process for better cost-effectiveness. 

It said perovskite cells are also flexible and versatile, making the material suitable for a diverse range of applications.

“Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect,” said research engineer Andrea Marquez. “The arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.” 

The aerospace company said perovskite solar cells also offer environmental benefits. It said its components are “abundant and involve a less energy-intensive manufacturing process, aligning with global shifts toward cleaner and sustainable energy technologies.”

In January, an Australian research team said they were able to remove the element of human error in the development of perovskite solar cells by harnessing artificial intelligence.

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Revolutionizing Space Exploration: Merida Aerospace's Perovskite Solar Cells

BNN Correspondents | Feb 16, 2024

Merida Aerospace’s innovative perovskite solar cells for low-Earth-orbit satellites promise higher efficiency, lower costs, and improved durability compared to traditional gallium arsenide solar panels. This breakthrough technology could revolutionize the satellite industry and redefine the solar energy landscape on Earth.

 

Revolutionizing Space Exploration: Merida Aerospace’s Perovskite Solar Cells

In an epoch where technological advancements are not just achievements but necessities, the quest for more efficient, cost-effective means to power our extraterrestrial endeavors has taken a significant leap. Merida Aerospace, a US-based innovator in the aerospace sector, is steering this leap towards a sustainable future with the development of perovskite solar cells for low-Earth-orbit satellites. This groundbreaking technology promises to outshine the traditional gallium arsenide solar panels, setting a new standard in the satellite industry.

The heart of Merida Aerospace’s innovation lies in its use of perovskite technology. Unlike the conventional gallium arsenide cells, perovskite cells offer a beacon of hope for a more economical and supply chain-friendly option. These cells, known for their easier manufacturing process, have shown potential for comparable or even higher efficiency levels. Their durability against high-energy radiation in space conditions further positions perovskite technology as a potential game-changer in not only the aerospace industry but also for various applications back on Earth, potentially redefining the solar industry landscape.

At the core of this technological marvel is an inverse opal structure of SnO2 with a honeycomb morphology, serving as the framework for the attached perovskite materials. By meticulously controlling spinning parameters, the team has managed to apply layers with varying pore sizes onto a dense electron transport layer in direct contact with the perovskite layer. This innovation has led to a significant increase in light absorption and surface area. The power conversion efficiency of the MAPbI3 perovskite solar cells exhibited a relative enhancement of 55%, showcasing not only enhanced efficiency but also promising endurance under conventional atmospheric conditions after 1440 hours of aging.

Further advancements were made by investigating polymer-assisted fabrication methods, achieving a power conversion efficiency of 24% by employing polymer-capped SnO2 nanoparticles as the electron transporting layer. Moreover, a novel buried interface engineering strategy using specific molecules optimized air-processed inverted formamidinium lead iodide perovskite solar cells. This strategy not only improved crystallization processes and device stability but also increased the power conversion efficiency from 11.37% to 18.45%. The modified device also demonstrated better carrier extraction efficiency and improved energy levels at the interface.

 Future Implications and Stability

Merida Aerospace didn’t stop at efficiency; they also tackled the challenge of longevity and stability. Through the development of a novel buried interface modification strategy using DFCHY to improve the performance of NiOx-based perovskite solar cells, they achieved a champion power conversion efficiency (PCE) of 17.08% with outstanding long-term stability, maintaining over 90% of the initial efficiency after 1000 hours of storage in a nitrogen-filled glovebox. This breakthrough not only proves the viability of perovskite solar cells for space applications but also underscores the potential for their use in various terrestrial applications, heralding a new era of energy technology.

In the grand tapestry of technological advancements, Merida Aerospace is weaving a future where space missions are powered by more efficient, cost-effective, and durable solar cells. The development of perovskite solar cells for low-Earth-orbit satellites is not just a step forward in satellite technology; it’s a giant leap for mankind’s sustainable presence in space and on Earth. With this innovation, we stand on the brink of a new chapter in the exploration of the cosmos, powered by the brilliance of human ingenuity and the relentless pursuit of sustainability.

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Perovskite Solar Cells To Conquer Space First, Earth Next

by Tushar Aggarwal | Feb 15, 2024

Perovskite solar cells have garnered significant attention from researchers worldwide due to their potential to revolutionize the solar energy industry. These cells offer improvements in cost, weight, flexibility, and range of applications compared to conventional silicon solar cells. While there are still hurdles to overcome before perovskite technology becomes mainstream, its journey to commercialization could include a detour through outer space.

NASA has extensively covered the potential of perovskite technology to make solar power more affordable. The connection to outer space is particularly intriguing, as space exploration was instrumental in driving the development of the commercial solar industry in the 20th century.

 

NASA’s deployment of silicon solar cells on the Vanguard 1 satellite in 1958 marked a significant milestone in space-based solar power. Since then, silicon solar technology has made impressive progress, with the latest developments achieving a conversion efficiency of 27.09%.

Now, perovskite solar cells are poised to surpass silicon in efficiency. These cells use synthetic versions of a mineral named after mineralogist Lev Perovski. The unique structure of perovskite allows for efficient light absorption and conversion into electricity.

The application of perovskites to solar technology emerged in 2009, and since then, researchers have made remarkable progress in improving their efficiency. Recent advancements have led to conversion efficiencies of over 25%, outpacing silicon’s rate of progress.

Perovskite solar cells are not only making strides on Earth but also in outer space. Researchers are exploring the use of perovskites in space-based solar panels due to their high efficiency and stability. Pairing perovskite with silicon in tandem solar cells has shown even greater efficiency, surpassing the theoretical limit of silicon alone.

NASA has started testing perovskite solar cells at the International Space Station, and companies like Merida Aerospace are developing these cells for use in low-Earth orbit satellites. Perovskites offer a more cost-effective and sustainable solution compared to traditional gallium arsenide cells, which are currently used in space applications.

Perovskite solar cells hold great promise for both space and Earth-based applications. Their potential to enhance the efficiency and affordability of solar energy could have far-reaching implications for the future of renewable energy.

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Perovskite Solar Cells To Conquer Space First, Earth Next

Solar Place | Feb 15, 2024

Perovskite solar cells have captured the attention of researchers around the globe with the allure of next-level improvements in cost, weight, flexibility, and range of applications compared to conventional silicon solar cells. The technology still has some road to travel before it hits the mass market an that could include a shortcut through outer space, if all goes according to plan.

Exciting News About Perovskite Solar Cells

CleanTechnica has been spilling lots (and lots) of ink on the potential for perovskite technology to push the affordability envelope on solar power. The connection to outer space is especially exciting because space exploration was the original engine that galvanized the development of the commercial solar industry in the 2oth century.

NASA launched its first silicon solar cells on board the Vanguard 1 in 1958, just four years after researchers at the Bell Labs campus in New Jersey demonstrated the first photovoltaic cell designed for practical use.

The single crystal silicon solar technology sported by Vanguard 1 was designed to power the transmitter. The array was composed of six cells measuring about 5 centimeters on each side, with a solar conversion efficiency of 10%.

And, look where we are now. Among the latest developments, last December the solar firm LONGi announced a new world record of 27.09% for the conversion efficiency of its latest silicon solar cell.

A near-tripling of conversion efficiency in about 60 years represents impressive progress for silicon. Now here comes perovskite to beat silicon at its own game.

Perovskite solar cells deploy synthetic versions of a naturally occurring mineral discovered in 1839 by the mineralogist Gustavus Rose, who named it after another mineralogist Lev Perovski. If you know why, drop us a note in the comment thread.

The American Chemistry Society tapped perovskite for its “Molecule of the Week” series back in 2021, explaining that perovskite is made up of the colorless compound calcium titanate (aka calcium titanium oxide0), taking on various colors depending on the introduction of iron, copper, and other impurities.

“The name ‘perovskite’ is also used broadly for compounds with the structure ABX3, in which A is a metal with oxidation state 2+; B is a metal with oxidation state 4+; and X is a nonmetal, usually oxygen, with oxidation state 2–,” ACS adds.

The application of perovskites to solar technology did not surface until 2009, when a research team in Japan is credited with introducing the first perovskite solar cell.

The team reported a conversion efficiency of 3.8% for their device. The discovery sparked a hot pursuit of further gains in conversion efficiency over the ensuing years. In the latest developments, last summer a research team based at the National University of Singapore reported 24.35% conversion efficiency for a perovskite solar cell, only to be edged out a few months later by Northwestern University, which reported 25.1% for their solar device.

Perovskite Solar Cells In Outer Space

Doing the math, that’s a much faster rate of progress than demonstrated by the silicon field, and further improvements are on the way.

Aside from tweaking conversion efficiency up, researchers have also addressed stability issues that bedeviled earlier iterations of perovskite technology. One solution is to pair perovskite and silicon material in the same solar cell, resulting in improved conversion efficiency as well as stability. Last year a tandem perovskite-silicon solar cell hit the 33.9% conversion efficiency mark, inching past the 33.7% theoretical limit of silicon alone.

NASA researchers have also begun to assess the performance of perovskites at the International Space Station, and a group of researchers based at the California Institute of Technology has included perovskites in its collection of solar cells to test for a space-to-earth wireless solar power project (see more CleanTechnica space solar coverage here).

The US company Merida Aerospace is not waiting around to see what happens next. Earlier this week the company announced that it is developing perovskite solar cells for use in low Earth orbit satellites.

Merida notes that LEO satellites typically deploy solar panels made with gallium arsenide cells, which can provide for a conversion efficiency of about 30%. The gallium arsenide formula also has a proven durability track record for space applications.

That’s all well and good, but there could be better. Gallium is rare and expensive. Perovskites could provide a more economical solution while also addressing supply chain issues.

Gallium has earned a slot on the list of critical materials kept by the US Department of Energy, which notes that “gallium is not mined directly but is produced as a byproduct of aluminum manufacturing.”

“China accounts for over 90% of the world’s gallium production and in 2023 announced severe restrictions on the export of this critical element,” the Energy Department adds.

The Perovskite Solar Cell Advantage

Another advantage of perovskite technology is its manufacture-ability. Unlike the purification and fabrication steps required of silicon, perovskites can be formulated into a solution and sprayed, printed, or painted onto a surface.

“Perovskite cells present cost-effectiveness through simplified and economical manufacturing processes. Their flexibility and versatility make the material suitable for diverse applications, from lightweight to bendable solar panels,” Merida notes.

“While gallium arsenide has been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap, displaying potential comparable or even higher efficiency levels,” the company adds.

As for the question of perovskite durability, Andrea Marquez, who holds the position of research engineer at Merida, evidently considers that question to be settled in terms of space applications.

“Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect,”  Marquez noted in a press statement.

“Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities,” she added.

From Space To Earth

Merida already seems confident that perovskites will find their way into widespread Earth applications, ushering in a new generation of affordable solar technology.

“Perovskite technology may become a mainstream choice for powering residential, commercial, and industrial applications,” Merida notes. “This shift could redefine the solar industry landscape, moving towards a future where perovskite solar cells play a vital role in meeting the world’s growing energy demands sustainably.”

They may be getting ahead of themselves, but not by much. Last May, CleanTechnica took note of new developments in the perovskite-to-market field, including an update on a University of Oxford spinoff called Oxford PV.

Oxford has already developed an entire solar panel with a conversion efficiency of 25%, manufactured with an assist from the Fraunhofer Institute in Germany to demonstrate production-worthiness.  On January 31 the company reported that it is getting ready to begin commercial deliveries at its existing factory in Germany.

That’s just one company. Other perovskite stakeholders are also in the mix so hold on to your hats.

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Merida Aerospace Revolutionizes Space Solar Energy with Perovskite Cells

Military+Aerospace Electronics| Feb 15, 2024

TAMPA, Fla., – Merida Aerospace, a Tampa-based aerospace company, is developing perovskite solar cells tailored for space applications, with a specific emphasis on enhancing performance and economy for low Earth orbit (LEO) satellites.

Solar panels are a common energy source for LEO satellites, harnessing sunlight during orbital solar exposure for continuous operation. These panels enhance efficiency by reducing the reliance on numerous batteries, enabling autonomous function during intermittent sunlight access in low earth orbit.

Gallium arsenide solar panels, with efficiencies of around 30%, have been the standard in space solar energy. The unique semiconductor properties of gallium arsenide make it suitable for space applications. Despite their performance, these panels face challenges due to higher manufacturing costs, mainly due to gallium’s scarcity and the complex manufacturing process. These constraints have prompted the exploration of alternative materials and manufacturing processes to make high-efficiency solar cells more economically viable.

Perovskite solar cells emerge as a promising alternative, offering advantages over gallium arsenide. Perovskite cells provide cost-effectiveness through simplified and economical manufacturing processes. Their flexibility makes them suitable for diverse applications, from lightweight to bendable solar panels. While gallium arsenide has been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap, displaying potential comparable or even higher efficiency levels.

Merida Aerospace’s research engineer, Andrea Marquez, oversees the developmental project. Marquez notes, “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

Perovskite solar cells represent a potential breakthrough due to their efficiency and unique optical properties. Their crystalline structure allows optimal light absorption, rivaling or exceeding traditional silicon-based solar cells. The cost-effective processing of perovskite makes it attractive for lightweight, flexible, and adaptable solar panels, potentially revolutionizing the solar energy landscape.

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Merida Aerospace Revolutionizes Space Solar Energy with Perovskite Cells

List Solar | Feb 14, 2024

 

  • Merida Aerospace pioneers perovskite solar cells for LEO satellites, promising enhanced performance and cost-effectiveness. A game-changer in space exploration.

Tampa-based aerospace company Merida Aerospace is developing perovskite solar cells specifically designed for use in space. The company aims to enhance the performance and economy of these cells for low Earth orbit (LEO) satellites. LEO satellites rely on solar panels as their primary power source, and perovskite cells offer advantages over the commonly used gallium arsenide solar panels. Perovskite cells are cost-effective due to simplified manufacturing processes and offer flexibility and versatility for various applications.

Merida Aerospace, known for manufacturing all components integral to space exploration, is currently working on the project. The company’s research engineer, Andrea Marquez, highlights the resilience of perovskite solar cells to high-energy radiation in space conditions and their enhanced light absorption capabilities influenced by space temperatures. This development could lead to more efficient and economical solar cells for LEO satellites.

How is Merida Aerospace enhancing perovskite solar cells for use in space?

  • Merida Aerospace is developing perovskite solar cells specifically designed for use in space.
  • The company aims to enhance the performance and economy of these cells for low Earth orbit (LEO) satellites.
  • LEO satellites rely on solar panels as their primary power source, and perovskite cells offer advantages over the commonly used gallium arsenide solar panels.
  • Perovskite cells are cost-effective due to simplified manufacturing processes.
  • Perovskite cells offer flexibility and versatility for various applications.
  • Merida Aerospace, known for manufacturing all components integral to space exploration, is currently working on the project.
  • The company’s research engineer, Andrea Marquez, highlights the resilience of perovskite solar cells to high-energy radiation in space conditions.
  • Perovskite cells also have enhanced light absorption capabilities influenced by space temperatures.
  • This development could lead to more efficient and economical solar cells for LEO satellites.

From

The race to generate electricity from perovskite solar cells in space continues

By Shawn Johnson | Feb 14, 2024

Perovskite solar cells are increasingly being seen as a potential game-changer as a source of energy in space – here’s why.

Low Earth orbit satellites need a reliable power source as they orbit the planet, and solar panels have been the support. The old-school choice for space-bound solar cells has been gallium arsenide panels. They’re about 30% efficient, which is good, and they’re durable, but they’re also expensive. This is because gallium, a soft, silver-like metal, is difficult to find and its manufacturing process is complex.

Enter the potential of perovskite solar cells. They’re cheap to make, they can be mounted on flexible polymer sheets, and they’re making rapid advances on the efficiency front, with the potential to outperform even gallium arsenide, which is a big deal. Is. However, the stability of perovskite solar cells is still a work in progress.

Tampa-based Merida Aerospace, a four-year-old “vertical space” startup in its incubation period, says it is going to work toward developing perovskite solar cells for satellites. “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, due to the self-healing effect,” says research engineer Andrea Marquez, who is leading the development project. Furthermore, the arrangement of perovskite crystals is affected by the temperature of space, which increases their light absorption ability.

Merida Aerospace has joined the heavy hitters already testing perovskite’s potential in space. In May 2023, NASA research engineer Dr. Lindsay McMillan-Brown celebrated the success of a spaceflight demonstration testing perovskite durability on the International Space Station. After 10 months of exposure, the perovskite film displayed flexibility and unexpected restorative properties. This opened up exciting possibilities for perovskites in space, challenging previous doubts.

In July 2023, researchers at the University of Sydney, Australia, said they had discovered that perovskite solar cells can regenerate themselves if damaged in space.

And in January 2023, researchers at the U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) proved that an ultra-thin protective coating of silicon oxide could protect a perovskite solar cell in space.

What do you think about the potential of perovskite solar cells in space? Let us know in the comments below.

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JOYK

The race is on to power up with perovskite solar cells in space

JOYK | Feb 13, 2024

Perovskite solar cells are increasingly being viewed as a possible game-changer as a source of power in space – here’s why.

Low Earth orbit satellites need a reliable juice source as they zip around the planet, and solar panels have been the go-to. The old-school choice for space-bound solar cells has been gallium arsenide panels. They’re about 30% efficient, which is good, and they’re durable, but they’re also expensive. That’s because gallium, a soft, silvery metal, is hard to come by and has a complex manufacturing process.

Enter the potential of perovskite solar cells. They’re cheaper to make, can be deployed on flexible polymer sheets, and they’re catching up fast on the efficiency front, with the potential even to outperform gallium arsenide, which is a pretty big deal. However, the stability of perovskite solar cells is still a work in progress.

Tampa-based Merida Aerospace, a four-year-old “vertical space” startup in its incubation period, says it’s going to turn its hand to developing perovskite solar cells for satellites. Research engineer Andrea Marquez, who’s heading up the development project, says that “perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

Merida Aerospace joins heavy hitters already testing perovskite’s potential in space. In May 2023, Dr. Lyndsey McMillon-Brown, a NASA research engineer, celebrated the success of a spaceflight demonstration testing perovskite durability on the International Space Station. After a 10-month exposure, the perovskite film displayed resilience and unexpected restorative properties. This opened exciting possibilities for perovskite in space, challenging previous doubts.

In July 2023, researchers at the University of Sydney, Australia, said they discovered that perovskite solar cells could regenerate themselves when damaged in space.

And in January 2023, researchers at the US Department of Energy’s National Renewable Energy Laboratory (NREL) proved that an ultrathin protective coating of silicon oxide can protect a perovskite solar cell in space.

What do you think about perovskite solar cells’ potential in space? Let us know in the comments below.

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What’s Currently Happening in Perovskite Solar Cells?

StartUs Insights | Feb 13, 2024

Merida Aerospace, a Tampa-based aerospace company, is making waves in the space industry with its pioneering development of perovskite solar cells tailored for space applications. This breakthrough technology is poised to enhance performance and economy for low Earth orbit (LEO) satellites, marking a significant advancement in the field of space solar energy.

Key Advantages of Perovskite Solar Cells:

  1. Cost-Effectiveness: Perovskite cells offer a game-changing advantage over traditional gallium arsenide solar panels by presenting a simplified and economical manufacturing process. This addresses the cost constraints associated with gallium arsenide, making high-efficiency solar cells more economically viable.

  2. Efficiency Potential: While gallium arsenide has long been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap. They display the potential for comparable or even higher efficiency levels, positioning them as a competitive player in the renewable energy landscape.

  3. Adaptability and Versatility: The flexibility and versatility of perovskite cells make them suitable for diverse applications, from lightweight to bendable solar panels. Their ease of processing through cost-effective methods makes them attractive for various space applications, revolutionizing the solar energy landscape.

 
Market Implications and Investment Opportunities:

  1. Space Industry Advancements: Merida Aerospace’s innovative approach to space solar energy has the potential to reshape the space industry. The development of perovskite solar cells signifies a groundbreaking advancement, offering enhanced efficiency and adaptability, positioning them as a competitive player in the race for more effective renewable energy sources.

  2. Sustainable Energy Technologies: The environmental benefits of perovskite solar cells align with global shifts toward cleaner and sustainable energy technologies. As the world moves towards a future where perovskite solar cells play a vital role in meeting growing energy demands sustainably, there are significant investment opportunities in companies driving advancements in sustainable energy technologies.

  3. Renewable Energy Landscape: The potential for perovskite technology to become a mainstream choice for powering residential, commercial, and industrial applications could redefine the solar industry landscape. Investors should watch for opportunities in companies involved in the research, development, and commercialization of perovskite solar cells.

 

As we witness the transformative potential of perovskite solar cells in the space industry, it becomes evident that Merida Aerospace’s pioneering efforts are not just shaping the future of space exploration but also contributing to the global shift towards sustainable and eco-friendly energy technologies.

For further insights into transformative developments in the aerospace and renewable energy sectors, stay connected with Market Unwinded, where we anticipate the future and guide you through strategic investment landscapes.

 
 

From

Revolutionizing Space Solar Energy: Merida Aerospace's Perovskite Solar Cells

Market Unwinded | Feb 13, 2024

Merida Aerospace, a Tampa-based aerospace company, is making waves in the space industry with its pioneering development of perovskite solar cells tailored for space applications. This breakthrough technology is poised to enhance performance and economy for low Earth orbit (LEO) satellites, marking a significant advancement in the field of space solar energy.

Key Advantages of Perovskite Solar Cells:

  1. Cost-Effectiveness: Perovskite cells offer a game-changing advantage over traditional gallium arsenide solar panels by presenting a simplified and economical manufacturing process. This addresses the cost constraints associated with gallium arsenide, making high-efficiency solar cells more economically viable.

  2. Efficiency Potential: While gallium arsenide has long been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap. They display the potential for comparable or even higher efficiency levels, positioning them as a competitive player in the renewable energy landscape.

  3. Adaptability and Versatility: The flexibility and versatility of perovskite cells make them suitable for diverse applications, from lightweight to bendable solar panels. Their ease of processing through cost-effective methods makes them attractive for various space applications, revolutionizing the solar energy landscape.

 
Market Implications and Investment Opportunities:

  1. Space Industry Advancements: Merida Aerospace’s innovative approach to space solar energy has the potential to reshape the space industry. The development of perovskite solar cells signifies a groundbreaking advancement, offering enhanced efficiency and adaptability, positioning them as a competitive player in the race for more effective renewable energy sources.

  2. Sustainable Energy Technologies: The environmental benefits of perovskite solar cells align with global shifts toward cleaner and sustainable energy technologies. As the world moves towards a future where perovskite solar cells play a vital role in meeting growing energy demands sustainably, there are significant investment opportunities in companies driving advancements in sustainable energy technologies.

  3. Renewable Energy Landscape: The potential for perovskite technology to become a mainstream choice for powering residential, commercial, and industrial applications could redefine the solar industry landscape. Investors should watch for opportunities in companies involved in the research, development, and commercialization of perovskite solar cells.

 

As we witness the transformative potential of perovskite solar cells in the space industry, it becomes evident that Merida Aerospace’s pioneering efforts are not just shaping the future of space exploration but also contributing to the global shift towards sustainable and eco-friendly energy technologies.

For further insights into transformative developments in the aerospace and renewable energy sectors, stay connected with Market Unwinded, where we anticipate the future and guide you through strategic investment landscapes.

 
 

From

U.S. Aerospace Company Developing Perovskite Solar Cells For Use In Space

Yahoo Finance | Feb 13, 2024

TAMPA, Fla., Feb. 13, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company, is developing perovskite solar cells tailored for space applications, with a specific emphasis on enhancing performance and economy for low Earth orbit (LEO) satellites.

LEO satellites often rely on solar panels as their primary power source, capturing sunlight during orbital solar exposure for sustained operation. These panels enhance weight efficiency by reducing the need for excessive number of batteries, enabling autonomous function during intermittent access to sunlight while in low earth orbit.

Gallium arsenide solar panels, with efficiencies around 30%, have been the go-to for solar cells in the space solar energy field. Gallium arsenide material exhibits unique semiconductor properties, making it ideal for space applications. However, despite their performance, gallium arsenide solar panels face challenges due to higher manufacturing costs, primarily stemming from the scarcity of gallium and their complex manufacturing process. These cost constraints have prompted researchers and industry experts to explore alternative materials and manufacturing processes to make high-efficiency solar cells more economically viable.

That’s where Perovskite solar cells emerge as a promising alternative, offering distinct advantages over gallium arsenide. Perovskite cells present cost-effectiveness through simplified and economical manufacturing processes. Their flexibility and versatility make the material suitable for diverse applications, from lightweight to bendable solar panels. While gallium arsenide has been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap, displaying potential comparable or even higher efficiency levels.

Merida Aerospace, a comprehensive vertical space company, takes pride in manufacturing all components integral to space exploration. From rocket launch motors to satellite components and ground communication systems, Merida Aerospace stands as a one-stop-shop for everything related to space, captured by its motto: “Space of Things – Everything space under one roof.”

Currently, Merida Aerospace’s research engineer, Andrea Marquez is overseeing the developmental project. Andrea states that “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

Perovskite solar cells may signify a groundbreaking advancement, due to their efficiency potential and unique optical properties. Their crystalline structure allows optimal light absorption, rivaling or exceeding traditional silicon-based solar cells. Perovskite’s ease of processing through cost-effective methods makes it attractive for lightweight, flexible, and adaptable solar panels. Perovskite technology holds the potential to revolutionize the solar energy landscape.

Recently Dr. Lyndsey McMillon-Brown, a NASA research engineer, celebrated the success of a spaceflight demonstration testing perovskite durability on the International Space Station. After a 10-month exposure, the perovskite film displayed resilience and unexpected restorative properties. This opens exciting possibilities for perovskite in space exploration, challenging previous doubts.

Perovskite solar panels are increasingly being viewed as the potential future of solar cells in fact many professionals in the field see perovskite technology as a possible game-changer due to its combination of high efficiency, versatility in manufacturing, and potential for cost-effectiveness.

Furthermore, the enhanced efficiency and adaptability of perovskite solar cells positions them as a competitive player in the race for more effective renewable energy sources. Perovskite technology may become a mainstream choice for powering residential, commercial, and industrial applications. This shift could redefine the solar industry landscape, moving towards a future where perovskite solar cells play a vital role in meeting the world’s growing energy demands sustainably.

Perovskite solar cells offer environmental benefits, contributing to a sustainable and eco-friendly approach. Their components are abundant and involve a less energy-intensive manufacturing process, aligning with global shifts toward cleaner and sustainable energy technologies.

From

U.S. Aerospace Company Developing Perovskite Solar Cells for Use in Space

By Michelle Lewis | Feb 13, 2024

Merida Aerospace, a Tampa-based aerospace company, is developing perovskite solar cells tailored for space applications, with a specific emphasis on enhancing performance and economy for low Earth orbit (LEO) satellites.

LEO satellites often rely on solar panels as their primary power source, capturing sunlight during orbital solar exposure for sustained operation. These panels enhance weight efficiency by reducing the need for excessive number of batteries, enabling autonomous function during intermittent access to sunlight while in low earth orbit.

Gallium arsenide solar panels, with efficiencies around 30%, have been the go-to for solar cells in the space solar energy field. Gallium arsenide material exhibits unique semiconductor properties, making it ideal for space applications. However, despite their performance, gallium arsenide solar panels face challenges due to higher manufacturing costs, primarily stemming from the scarcity of gallium and their complex manufacturing process. These cost constraints have prompted researchers and industry experts to explore alternative materials and manufacturing processes to make high-efficiency solar cells more economically viable.

That’s where Perovskite solar cells emerge as a promising alternative, offering distinct advantages over gallium arsenide. Perovskite cells present cost-effectiveness through simplified and economical manufacturing processes. Their flexibility and versatility make the material suitable for diverse applications, from lightweight to bendable solar panels. While gallium arsenide has been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap, displaying potential comparable or even higher efficiency levels.

Merida Aerospace, a comprehensive vertical space company, takes pride in manufacturing all components integral to space exploration. From rocket launch motors to satellite components and ground communication systems, Merida Aerospace stands as a one-stop-shop for everything related to space, captured by its motto: “Space of Things – Everything space under one roof.”

Currently, Merida Aerospace’s research engineer, Andrea Marquez is overseeing the developmental project. Andrea states that “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

Perovskite solar cells may signify a groundbreaking advancement, due to their efficiency potential and unique optical properties. Their crystalline structure allows optimal light absorption, rivaling or exceeding traditional silicon-based solar cells. Perovskite’s ease of processing through cost-effective methods makes it attractive for lightweight, flexible, and adaptable solar panels. Perovskite technology holds the potential to revolutionize the solar energy landscape.

Recently Dr. Lyndsey McMillon-Brown, a NASA research engineer, celebrated the success of a spaceflight demonstration testing perovskite durability on the International Space Station. After a 10-month exposure, the perovskite film displayed resilience and unexpected restorative properties. This opens exciting possibilities for perovskite in space exploration, challenging previous doubts.

Perovskite solar panels are increasingly being viewed as the potential future of solar cells in fact many professionals in the field see perovskite technology as a possible game-changer due to its combination of high efficiency, versatility in manufacturing, and potential for cost-effectiveness.

Furthermore, the enhanced efficiency and adaptability of perovskite solar cells positions them as a competitive player in the race for more effective renewable energy sources. Perovskite technology may become a mainstream choice for powering residential, commercial, and industrial applications. This shift could redefine the solar industry landscape, moving towards a future where perovskite solar cells play a vital role in meeting the world’s growing energy demands sustainably.

Perovskite solar cells offer environmental benefits, contributing to a sustainable and eco-friendly approach. Their components are abundant and involve a less energy-intensive manufacturing process, aligning with global shifts toward cleaner and sustainable energy technologies.

From

The race is on to power up with perovskite solar cells in space

By Michelle Lewis | Feb 13, 2024

Perovskite solar cells are increasingly being viewed as a possible game-changer as a source of power in space – here’s why.

Low Earth orbit satellites need a reliable juice source as they zip around the planet, and solar panels have been the go-to. The old-school choice for space-bound solar cells has been gallium arsenide panels. They’re about 30% efficient, which is good, and they’re durable, but they’re also expensive. That’s because gallium, a soft, silvery metal, is hard to come by and has a complex manufacturing process.

Enter the potential of perovskite solar cells. They’re cheaper to make, can be deployed on flexible polymer sheets, and they’re catching up fast on the efficiency front, with the potential even to outperform gallium arsenide, which is a pretty big deal. However, the stability of perovskite solar cells is still a work in progress.

Tampa-based Merida Aerospace, a four-year-old “vertical space” startup in its incubation period, says it’s going to turn its hand to developing perovskite solar cells for satellites. Research engineer Andrea Marquez, who’s heading up the development project, says that “perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

Merida Aerospace joins heavy hitters already testing perovskite’s potential in space. In May 2023, Dr. Lyndsey McMillon-Brown, a NASA research engineer, celebrated the success of a spaceflight demonstration testing perovskite durability on the International Space Station. After a 10-month exposure, the perovskite film displayed resilience and unexpected restorative properties. This opened exciting possibilities for perovskite in space, challenging previous doubts.

In July 2023, researchers at the University of Sydney, Australia, said they discovered that perovskite solar cells could regenerate themselves when damaged in space.

And in January 2023, researchers at the US Department of Energy’s National Renewable Energy Laboratory (NREL) proved that an ultrathin protective coating of silicon oxide can protect a perovskite solar cell in space.

What do you think about perovskite solar cells’ potential in space? Let us know in the comments below.

From

Merida Aerospace to develop perovskite solar cells for use in space

By Roni Peleg | Feb 13, 2024

Merida Aerospace, a Tampa-based aerospace company, has announced it is developing perovskite solar cells tailored for space applications, with a specific emphasis on enhancing performance and economy for low Earth orbit (LEO) satellites.

LEO satellites often rely on solar panels as their primary power source, capturing sunlight during orbital solar exposure for sustained operation. These panels enhance weight efficiency by reducing the need for excessive number of batteries, enabling autonomous function during intermittent access to sunlight while in low earth orbit.

 

Gallium arsenide solar panels, with efficiencies around 30%, have been the go-to for solar cells in the space solar energy field. Gallium arsenide material exhibits unique semiconductor properties, making it ideal for space applications. However, despite their performance, gallium arsenide solar panels face challenges due to higher manufacturing costs, primarily stemming from the scarcity of gallium and their complex manufacturing process. These cost constraints have prompted researchers and industry experts to explore alternative materials and manufacturing processes to make high-efficiency solar cells more economically viable. Perovskite solar cells emerge as a promising alternative, offering distinct advantages over gallium arsenide. Perovskite cells present cost-effectiveness through simplified and economical manufacturing processes. Their flexibility and versatility make the material suitable for diverse applications, from lightweight to bendable solar panels. 

Merida Aerospace, a comprehensive vertical space company, takes pride in manufacturing all components integral to space exploration. Currently, Merida Aerospace’s research engineer, Andrea Marquez is overseeing the developmental project. Andrea states that “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

From

Merida Aerospace Developing Perovskite Solar Cells for Low Earth Orbit Satellites

by Editorial Team | Feb 13, 2024

Merida Aerospace, a Tampa-based aerospace company, is developing perovskite solar cells tailored for space applications, with a specific emphasis on enhancing performance and economy for low Earth orbit (LEO) satellites.

LEO satellites often rely on solar panels as their primary power source, capturing sunlight during orbital solar exposure for sustained operation. These panels enhance weight efficiency by reducing the need for an excessive number of batteries, enabling autonomous function during intermittent access to sunlight while in low earth orbit.

Gallium arsenide solar panels, with efficiencies of around 30%, have been the go-to for solar cells in the space solar energy field. Gallium arsenide material exhibits unique semiconductor properties, making it ideal for space applications. However, despite their performance, gallium arsenide solar panels face challenges due to higher manufacturing costs, primarily stemming from the scarcity of gallium and their complex manufacturing process. These cost constraints have prompted researchers and industry experts to explore alternative materials and manufacturing processes to make high-efficiency solar cells more economically viable.

That’s where Perovskite solar cells emerge as a promising alternative, offering distinct advantages over gallium arsenide. Perovskite cells present cost-effectiveness through simplified and economical manufacturing processes. Their flexibility and versatility make the material suitable for diverse applications, from lightweight to bendable solar panels. While gallium arsenide has been synonymous with high efficiency, ongoing research indicates that perovskite cells are rapidly closing the efficiency gap, displaying potential comparable or even higher efficiency levels.

Merida Aerospace, a comprehensive vertical space company, takes pride in manufacturing all components integral to space exploration. From rocket launch motors to satellite components and ground communication systems, Merida Aerospace stands as a one-stop-shop for everything related to space, captured by its motto: “Space of Things – Everything space under one roof.”

Currently, Merida Aerospace’s research engineer, Andrea Marquez is overseeing the developmental project. Andrea states that “Perovskite solar cells have demonstrated remarkable resilience to high-energy radiation in space conditions, thanks to a self-healing effect. Furthermore, the arrangement of perovskite crystals is influenced by space temperatures, enhancing their light absorption capabilities.”

Perovskite solar cells may signify a groundbreaking advancement, due to their efficiency potential and unique optical properties. Their crystalline structure allows optimal light absorption, rivaling or exceeding traditional silicon-based solar cells. Perovskite’s ease of processing through cost-effective methods makes it attractive for lightweight, flexible, and adaptable solar panels. Perovskite technology holds the potential to revolutionize the solar energy landscape.

Recently Dr. Lyndsey McMillon-Brown, a NASA research engineer, celebrated the success of a spaceflight demonstration testing perovskite durability on the International Space Station. After a 10-month exposure, the perovskite film displayed resilience and unexpected restorative properties. This opens exciting possibilities for perovskite in space exploration, challenging previous doubts.

Perovskite solar panels are increasingly being viewed as the potential future of solar cells in fact many professionals in the field see perovskite technology as a possible game-changer due to its combination of high efficiency, versatility in manufacturing, and potential for cost-effectiveness.

Furthermore, the enhanced efficiency and adaptability of perovskite solar cells position them as a competitive player in the race for more effective renewable energy sources. Perovskite technology may become a mainstream choice for powering residential, commercial, and industrial applications. This shift could redefine the solar industry landscape, moving towards a future where perovskite solar cells play a vital role in meeting the world’s growing energy demands sustainably.

Perovskite solar cells offer environmental benefits, contributing to a sustainable and eco-friendly approach. Their components are abundant and involve a less energy-intensive manufacturing process, aligning with global shifts toward cleaner and sustainable energy technologies.

From

Mexico Set for Space Sector Boost with New National Rocket and Space Center by Merida Aerospace

by Clarence Oxford | January 20, 2024

Merida Aerospace, a Tampa-based aerospace company, is set to make a substantial contribution to the space exploration and education landscape in Mexico. Drawing inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, the ambitious project seeks to position Mexico as a significant player in the rapidly expanding space economy.

The National Rocket and Space Center, envisioned for the Yucatan Peninsula, promises to be a multifaceted facility, equipped with state-of-the-art amenities. These include a museum, observatory, and immersive experiences open to the public. Additionally, the center will feature space camps, offering hands-on training for students and individuals interested in space operations.

Beyond its educational and public engagement functions, the center is set to become an active hub for astronautical technology development, featuring dedicated laboratories. This move addresses a long-standing gap in Mexico’s educational landscape, particularly in aerospace engineering studies focusing on astronautics.

“By providing state-of-the-art facilities and educational programs, we aim to inspire and equip engineers to excel in the space industry,” a spokesperson for Merida Aerospace said. The scope of the projects at the center will cover a wide range of space industry aspects, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

A critical element of the initiative is the introduction of specialized curricula in collaboration with local universities. This partnership is designed to nurture a new generation of astronautical engineers, equipping them with the necessary skills for space exploration and advanced technology development.

The National Rocket and Space Center is also poised to make significant economic contributions. It is expected to create thousands of new jobs and attract substantial investments from aerospace companies. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further reinforce Mexico’s commitment to the space sector.

This initiative comes at a time when the space economy is projected to grow exponentially. Financial institutions, including Bank of America, forecast a 230% growth in the space economy by 2030, potentially surpassing the global tourism industry. Recognizing this potential, Merida Aerospace aims to bridge a critical gap in Mexico’s educational and research infrastructure, enhancing the nation’s competitiveness in the burgeoning space sector.

From

Copernical_Text_Logo_thick_orbit

Mexico Set for Space Sector Boost with New National Rocket and Space Center by Merida Aerospace

by Copernical Team | January 17, 2024

Los Angeles CA (SPX) Jan 17, 2024
Merida Aerospace, a Tampa-based aerospace company, is set to make a substantial contribution to the space exploration and education landscape in Mexico. Drawing inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, the ambitious project seeks to position Mexico as a significant player in the rapidly expanding space economy. The National Rocket and Space Center,
Mexico Set for Space Sector Boost with New National Rocket and Space Center by Merida Aerospace
by Clarence Oxford
Los Angeles CA (SPX) Jan 17, 2024

Merida Aerospace, a Tampa-based aerospace company, is set to make a substantial contribution to the space exploration and education landscape in Mexico. Drawing inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, the ambitious project seeks to position Mexico as a significant player in the rapidly expanding space economy.

The National Rocket and Space Center, envisioned for the Yucatan Peninsula, promises to be a multifaceted facility, equipped with state-of-the-art amenities. These include a museum, observatory, and immersive experiences open to the public. Additionally, the center will feature space camps, offering hands-on training for students and individuals interested in space operations.

Beyond its educational and public engagement functions, the center is set to become an active hub for astronautical technology development, featuring dedicated laboratories. This move addresses a long-standing gap in Mexico’s educational landscape, particularly in aerospace engineering studies focusing on astronautics.

“By providing state-of-the-art facilities and educational programs, we aim to inspire and equip engineers to excel in the space industry,” a spokesperson for Merida Aerospace said. The scope of the projects at the center will cover a wide range of space industry aspects, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

A critical element of the initiative is the introduction of specialized curricula in collaboration with local universities. This partnership is designed to nurture a new generation of astronautical engineers, equipping them with the necessary skills for space exploration and advanced technology development.

The National Rocket and Space Center is also poised to make significant economic contributions. It is expected to create thousands of new jobs and attract substantial investments from aerospace companies. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further reinforce Mexico’s commitment to the space sector.

This initiative comes at a time when the space economy is projected to grow exponentially. Financial institutions, including Bank of America, forecast a 230% growth in the space economy by 2030, potentially surpassing the global tourism industry. Recognizing this potential, Merida Aerospace aims to bridge a critical gap in Mexico’s educational and research infrastructure, enhancing the nation’s competitiveness in the burgeoning space sector.

From

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Merida Aerospace, bienvenidos al espacio

By Amura Yachts & Lifestyle |

Inspirado en el US Space & Rocket Center en Huntsville, Alabama [foto inicial], Merida Aerospace, está preparando un salto histórico para la exploración y educación espacial en México.

El proyecto, nacido de la compañía aeroespacial con sede en Tampa, Florida, apunta a posicionar a México como un actor clave en la economía espacial en expansión.

El National Space and Rocket Center será una instalación multifacética que contará con comodidades de vanguardia, incluido un museo, observatorio y experiencias de inmersión para el público. También albergará campamentos espaciales diseñados para brindar capacitación práctica a estudiantes e interesados en las operaciones espaciales.

La importancia del centro va más allá de la educación y la participación pública: servirá como un centro activo para el desarrollo y la innovación de la tecnología astronáutica a través de laboratorios especializados. Uno de los objetivos clave es abordar la ausencia de una plataforma dedicada a estudios de ingeniería aeroespacial en el campo de la astronáutica en México.

Al ofrecer instalaciones y programas educativos de última generación, Merida Aerospace tiene como objetivo alentar a los ingenieros a sobresalir en la industria espacial, fomentando el desarrollo de proyectos de clase mundial.

El programa abarca varios aspectos de la industria espacial, incluidos cohetes de lanzamiento, sistemas de propulsión, sistemas de satélites, vehículos de exploración planetaria y sistemas robóticos.

La introducción de planes de estudio especializados en colaboración con universidades locales es un componente crucial. Esta asociación busca cultivar una nueva generación de ingenieros astronáuticos, dotándolos con las habilidades necesarias para la exploración espacial y el desarrollo de tecnologías avanzadas. El objetivo es crear una reserva de talento capaz de contribuir al crecimiento de la industria espacial en México.

La colaboración planificada de Mérida Aerospace con la Agencia Espacial Mexicana (AEM) y su intención de establecer conexiones con la NASA subrayan aún más el compromiso de México de convertirse en un actor destacado en la comunidad espacial global.

El momento de esta iniciativa se alinea con proyecciones optimistas para la economía espacial. Las instituciones financieras, incluido el Bank of America, anticipan un notable crecimiento del 230% en la economía espacial para 2030. Esta proyección posiciona a la industria espacial para rivalizar e incluso superar a toda la industria turística mundial en los próximos años. Mérida Aerospace, reconociendo este potencial, apunta a llenar un vacío crucial en la infraestructura educativa y de investigación de México, contribuyendo a la competitividad de la nación en el sector espacial emergente.

Mérida Aerospace es una empresa aeroespacial integral que ofrece una gama de productos y servicios espaciales. Desde la fabricación de cohetes y satélites hasta la gestión de datos y vehículos espaciales planetarios, la empresa ofrece soluciones espaciales de extremo a extremo. Con un enfoque en la eficiencia de costos, plazos de producción más cortos y calidad de construcción elevada, Merida Aerospace busca destacarse como líder global en productos espaciales y de ingeniería, dando forma al futuro de la tecnología espacial.

From

GROUND-NEWS-Logo-Square (1)

Merida Aerospace to Launch Rocket, Space Center in Mexico

By Ground News |

Los Angeles CA (SPX) Jan 17, 2024 Merida Aerospace, a Tampa-based aerospace company, is set to make a substantial contribution to the space exploration and education landscape in Mexico. Drawing inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, the ambitious project seeks to position Mexico as a significant player in the rapidly expanding space economy. The National Rocket and Space Center,

From

mexicobusiness

Merida Aerospace to Launch Rocket, Space Center in Mexico

By Adriana Alarcón |

Merida Aerospace, an aerospace company based in Florida, has unveiled plans to boost space exploration and education in Mexico through a National Rocket and Space Center in the Yucatan Peninsula. Inspired by the US Space and Rocket Center in Alabama, the project aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center is set to be a multifaceted facility featuring state-of-the-art amenities such as a museum, observatory, and immersive experiences for the public, says the company. Simultaneously, it is expected to house space camps designed to provide hands-on training for students and individuals interested in space operations. 

Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems. 

One of the project’s key objectives is to build a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. The project also aims to serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

The company aims to collaborate with local universities to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. Through these initiatives, it will be possible to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The project is also expected to generate new employment opportunities and attract investments from aerospace companies, particularly in space exploration. Merida Aerospace also plans to collaborate with the Mexican Space Agency (AEM) and NASA to underscore Mexico’s commitment to becoming a prominent player in the global space community.

From

Merida Aerospace Spearheads Space Center Project in Yucatán

Hype Aviation |

A groundbreaking initiative for a National Rocket and Space Center commences in the Yucatán Peninsula, aiming to bolster Mexico’s footprint in space exploration and education.

From

256-Today-New-Tagline

National Rocket and Space Center planned for Mexico’s Yucatán Peninsula

By Bud McLaughlin |

TAMPA, Fla. — A Tampa-based aerospace company is preparing a leap forward for space exploration and education in Mexico.

Merida Aerospace, taking inspiration from the U.S. Space & Rocket Center in Huntsville, said it “aims to position Mexico as a key player in the expanding space economy.”

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public, Merida said in a news release. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations.

And the center’s significance goes beyond education and public engagement, the news release said. It will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico, the release said. By offering state-of-the-art facilities and educational programs, Merida Aerospace said it aims to encourage engineers to excel in the space industry, fostering the development of world-class projects.

The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project, Merida said. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant, Merida said. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration.

Merida Aerospace said its planned collaboration with the Mexican Space Agency and intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

From

HvilleBlast-Stretched

U.S. Space & Rocket Center in Huntsville the model for new facility in Mexico

If imitation is truly the greatest form of flattery, then we here in Huntsville should be quite flattered that a new space exploration museum in Mexico is being modeled after Huntsville’s U.S. Space & Rocket Center.

Florida-based Merida Aerospace has unveiled plans for the space and rocket center in Mexico’s Yucatan region, using Huntsville’s facility as its model.

Modeling after the U.S. Space & Rocket Center

space & rocket center

 

The U.S. Space & Rocket Center in Huntsville is one of the state’s premier attractions. (Lacey Spear / Hville Blast)

The National Rocket and Space Center in Mexico will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory and immersive experiences for the public.

It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. And will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico.

A statement from Merida Aerospace said “state-of-the-art facilities and educational programs aims to encourage engineers to excel in the space industry, fostering the development of world-class projects.”

The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers and robotic systems.

The National Rocket and Space Center in Mexico

space & rocket center

 

The National Rocket and Space Center in Mexico will be modeled after the U.S. Space & Rocket Center. (Michael Seale/HvilleBlast)

The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities.

It is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

“As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.”

From

BAattempt

Mexico Set for Space Sector Boost with New National Rocket and Space Center by Merida Aerospace

By Business Alabama Staff | 

Florida-based Merida Aerospace has unveiled plans for a space and rocket center in Mexico’s Yucatan, based on the U.S. Space and Rocket Center in Huntsville.

Like its U.S. inspiration, it will house museums and host space camps. “However, the center’s significance goes beyond education and public engagement — it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories,” the company said in its announcement.

Plans call for a facility that will support aerospace engineering studies in astronautics.

“By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers and robotic systems,” the company’s announcement states.

Merida Aerospace officials say they expect the center to generate thousands of jobs and to attract investment in space exploration in collaboration with the Mexican Space Agency and by establishing ties with NASA.

The company quotes Bank of America, saying that space economy is expected to grow by some 250% between now and 2030.

inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, the ambitious project seeks to position Mexico as a significant player in the rapidly expanding space economy.

The National Rocket and Space Center, envisioned for the Yucatan Peninsula, promises to be a multifaceted facility, equipped with state-of-the-art amenities. These include a museum, observatory, and immersive experiences open to the public. Additionally, the center will feature space camps, offering hands-on training for students and individuals interested in space operations.

Beyond its educational and public engagement functions, the center is set to become an active hub for astronautical technology development, featuring dedicated laboratories. This move addresses a long-standing gap in Mexico’s educational landscape, particularly in aerospace engineering studies focusing on astronautics.

“By providing state-of-the-art facilities and educational programs, we aim to inspire and equip engineers to excel in the space industry,” a spokesperson for Merida Aerospace said. The scope of the projects at the center will cover a wide range of space industry aspects, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

A critical element of the initiative is the introduction of specialized curricula in collaboration with local universities. This partnership is designed to nurture a new generation of astronautical engineers, equipping them with the necessary skills for space exploration and advanced technology development.

The National Rocket and Space Center is also poised to make significant economic contributions. It is expected to create thousands of new jobs and attract substantial investments from aerospace companies. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further reinforce Mexico’s commitment to the space sector.

This initiative comes at a time when the space economy is projected to grow exponentially. Financial institutions, including Bank of America, forecast a 230% growth in the space economy by 2030, potentially surpassing the global tourism industry. Recognizing this potential, Merida Aerospace aims to bridge a critical gap in Mexico’s educational and research infrastructure, enhancing the nation’s competitiveness in the burgeoning space sector.

From

business-chief-north-america-dark-logo

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

BusinessChief | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

onenewspage-600x350

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

One News Page | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

69news

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

WFMZ-TV IND-69 | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

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The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

 

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

Morningstar | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

Benzinga-Logo

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

Benzinga | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

Finanzen.net | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

Seeking_Alpha_Logo.svg

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

Seeking Alpha | January 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement—it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

marketwatch-vector-logo

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

MarketWatch | January 16, 2024

Plans for a National Rocket and Space Center in the Yucatán Peninsula Are Underway

PR Newswire

TAMPA, Fla., Jan. 16, 2024

TAMPA, Fla., Jan. 16, 2024 /PRNewswire/ — Merida Aerospace, a Tampa-based aerospace company is preparing a historic leap forward for space exploration and education in Mexico. The project takes inspiration from the renowned U.S. Space and Rocket Center in Huntsville, Alabama, and aims to position Mexico as a key player in the expanding space economy.

The National Rocket and Space Center will be a multifaceted facility, featuring cutting-edge amenities such as a museum, observatory, and immersive experiences for the public. It will also house space camps designed to provide hands-on training for students and individuals interested in space operations. However, the center’s significance goes beyond education and public engagement–it will serve as an active hub for the development and innovation of astronautical technology through dedicated laboratories.

One of the key objectives of this initiative is to address the absence of a dedicated platform for aerospace engineering studies in the field of astronautics in Mexico. By offering state-of-the-art facilities and educational programs, Merida Aerospace aims to encourage engineers to excel in the space industry, fostering the development of world-class projects. The scope of these projects spans various aspects of the space industry, including launch rockets, propulsion systems, satellite systems, planetary exploration rovers, and robotic systems.

The introduction of specialized curricula in collaboration with local universities is a crucial component of the project. This partnership seeks to cultivate a new generation of astronautical engineers, equipping them with the skills required for space exploration and the development of advanced technologies. The goal is to create a talent pool capable of contributing to the growth of the space industry in Mexico.

The economic implications of the National Rocket and Space Center are significant. The project is expected to generate new employment opportunities for thousands of Mexicans, who can receive specialized training in astronautics from Mexican universities. Moreover, it is poised to attract substantial investments from aerospace companies, particularly in the field of space exploration. Merida Aerospace’s planned collaboration with the Mexican Space Agency (AEM) and its intention to establish connections with NASA further underscore Mexico’s commitment to becoming a prominent player in the global space community.

The timing of this initiative aligns with optimistic projections for the space economy. Financial institutions, including Bank of America, anticipate a remarkable growth of 230% in the space economy by 2030. This projection positions the space industry to rival and even surpass the entire global tourism industry in the coming years. Merida Aerospace, recognizing this potential, aims to fill a crucial gap in Mexico’s educational and research infrastructure, contributing to the nation’s competitiveness in the emerging space sector.

As Merida Aerospace embarks on this groundbreaking journey, it extends an invitation to educators, enthusiasts, and space aficionados to participate in shaping the future of space exploration and education in Mexico. This collaborative effort represents a significant opportunity to propel the nation to new heights, fostering innovation, education, and international collaboration.

 

For media inquiries related to the National Rocket and Space Center project, interested parties can contact Merida Aerospace Mexico office at +52 999 282 9050 or email 371401@email4pr.com.

About Merida Aerospace:

Merida Aerospace is a comprehensive aerospace company offering a range of space products and services. From rockets and satellite manufacturing to data management and planetary rovers, the company provides end-to-end space solutions. With a focus on cost efficiency, shortened production timelines, and elevated construction quality, Merida Aerospace envisions standing out as a global leader in engineering and space products, shaping the future of space technology.

From

taosnews

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

Taos News | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

69news

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

WFMZ-TV IND-69 | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

From

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

Finanzen.net | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

Benzinga-Logo

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

Benzinga | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

amd

Merida Aerospace introduces Space of Things

Aerospace Manufacturing and Design | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things”(IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

 

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

TMCNET NEWS | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things”(IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

 

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

Seeking_Alpha_Logo.svg

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

Seeking Alpha | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

talksatellite | July 20, 2023

Merida-Aerospace-Collage-1024x578

The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found. 

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

From

Yahoo!_Finance_logo_2021

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

Yahoo Finance | July 20, 2023

Merida-Aerospace-Collage-1024x578

TAMPA, Fla., July 20, 2023 /PRNewswire/ — The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

6a1b77

Merida Aerospace Introduces Space of Things: The New Direction of Space Manufacturing

by Keith Cowing | July 20, 2023

Merida-Aerospace-Collage-1024x578

The space industry has undergone significant changes in recent years, and this transformation continues to evolve. Companies dedicated solely to rocket launches or satellite systems, CubeSats, and low-orbit satellites are increasingly falling behind. The new space clients are seeking space companies that offer comprehensive services, enabling them to fulfill their needs from start to finish and access all the necessary technology for their projects in one place with a single company.

Regrettably, such companies are still largely absent in the space industry today. However, Merida Aerospace, a Tampa-based new space start-up, has been working since its inception in 2019 on its innovative concept known as the “Space of Things” or SoT. This concept, introduced by Merida Aerospace, aims to bridge the existing gaps in the space sector by offering comprehensive services and solutions that cater to all needs related to the space industry under one roof.

By unifying all processes within a single company, Merida Aerospace eliminates the need to collaborate with multiple external suppliers, thereby saving time, money, energy, and resources on new space projects. Inspired by the concept of the “Internet of Things” (IoT), the vision of the “Space of Things” was developed. Similar to the Internet, it seeks to address all inquiries and requests associated with the aerospace industry. However, unlike the Internet, it manifests in the real world, providing a one-stop platform for comprehensive space-related services and products. It can be likened to the “Amazon of Space,” where anything related to the aerospace industry can be found.

Merida Aerospace offers a diverse range of services through its vertical integration, including rocket launch systems, satellites, space data collection, ground control systems for satellites, deep space, rover design and manufacturing, and operating systems for planetary exploration. This comprehensive approach was conceptualized after extensive market research and analysis of private organizations operating in this sector.

The “Space of Things” concept is set to revolutionize the space industry, driving growth and acceleration while enabling the creation of projects in a fluid and sustainable manner. It has the potential to expedite aerospace missions funded by private investors and companies and provide commercial clients with faster access to aerospace products and services. With a team dedicated to addressing client-specific needs from the design phase to manufacturing and even project deployment into orbit, Merida Aerospace offers a platform that previously did not exist, where clients can find everything they need in one place.

This groundbreaking concept establishes a “one-stop-shop” for the space industry, empowering clients to achieve the completion of their individual projects more efficiently and economically.

From

tbinno-logo

Tampa space startup engineer recognized for her work on planetary rover

By Devonta Davis | July 11, 2023

A Tampa-based space startup has received the highest award from the Modelo College of Engineering in Mexico to honor one of its engineers.

Andrea Márquez, an aerospace/mechatronics engineer working at Merida Aerospace, was recognized for her work on the planetary rover project. The rover is designed for various operations, including commercial applications, security, surveillance, border monitoring, and lunar and planetary exploration.

From

066b1d7c-498e-11e9-895c-f31b54791e64

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

Alex City Outlook | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

facebook-dailyleader

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

The Daily Leader | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward

From

PicayuneItem

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

Picayune Item | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

Salisbury Post | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

69news

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

WFMZ-TV IND-69 | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

Finanzen.net | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

Benzinga-Logo

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

Benzinga | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

zKeEn8x5

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

InvestorsObserver | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

 

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

StreetInsider | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

 

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

Yahoo!_Finance_logo_2021

Young Hispanic Aerospace/Mechatronics Engineer Andrea Márquez From Merida Aerospace Has Been Recognized for Her Accomplishment in Planetary Rover Design

Yahoo | June 26, 2023

TAMPA, Fla., June 26, 2023 /PRNewswire/ — Andrea Márquez, a young Hispanic aerospace/mechatronics engineer working at Merida Aerospace, a Tampa based space start-up, has just received the highest award from the prestigious Modelo college of engineering for her amazing planetary rover project.

Andrea Márquez presented an advanced versatile rover designed for a range of operations, including commercial applications, monitoring, security, reconnaissance, border monitoring, as well as lunar and planetary exploration.

Andrea has dedicated herself to the ambitious task of creating the advanced rover design similar to the Mars Perseverance Rover. As an aerospace/mechatronics engineer at Merida Aerospace, she utilized her expertise to design and assemble this complex piece of machinery including its advanced capabilities. Merida Aerospace team guided and helped Andrea Marquez to complete this challenging task, giving her a platform to bring her ideas down to reality. Driven by her passion for space exploration and her engineering knowledge, she took on this challenging endeavor, successfully achieving her objectives.

Recently, Andrea’s remarkable project took center stage at a prestigious university event. Competing against nearly 50 other projects in the highly esteemed “prototype design” category, Andrea’s rover design stood out as an exceptional example of ingenuity and technical expertise. Her comprehensive presentation showcased not only the intricacies of her design but also her deep understanding of the rover’s functionalities and its significance in space exploration.

Her rover consisted of an advanced model of the Mars Perseverance Rover, which is currently operating on Mars. To achieve optimum performance, she employed different materials and utilized 3D printing techniques, along with an aluminum structure to provide optimal strength and durability for the rover. She was able to build this Rover practically from scratch, designing and building all the necessary components for its correct operation, from the 3D model to the circuit boards and assembly of this project.

The panel of judges, composed of industry veterans and experts, were captivated by Andrea’s extraordinary achievement. Amidst tough competition, her advanced Rover design emerged as the clear winner in the “prototype design” category, earning her well-deserved recognition and admiration from the engineering community.

Andrea’s advanced Rover design project serves as an example of future possibilities. It not only showcases her technical abilities but also highlights the importance of pushing the boundaries of engineering innovation. As space exploration continues to captivate the imagination of humanity, projects like Andrea’s contribute to our understanding of extraterrestrial environments and the vast potential they hold.

Beyond mere recognition, Andrea’s success serves as an inspiration to aspiring professionals and showcases the boundless potential of young engineers. As a Hispanic woman in a field traditionally dominated by men, Andrea’s accomplishment breaks barriers and paves the way for greater diversity and inclusivity in the engineering community.

Her dedication and talent exemplify that with perseverance and consistency, huge achievements can be made, helping science and engineering keep moving forward.

From

Copernical_Text_Logo_thick_orbit

Merida Aerospace plans to begin rocket test launches in 2021

by Copernical Team | May 25, 2021

rocket launch test image PSD-Recovered april 10th w disclaimer
Tampa FL (SPX) May 25, 2021
All eyes in the space launch and logistics industry are now set on Merida Aerospace following the latest announcement of starting rocket test launches in late 2021. With unique expertise, talent, and resources for spacecraft manufacturing, satellite design, satellite data collection, data distribution, and now, spacecraft launch, the company has stepped into the big game and is ready to go all o

All eyes in the space launch and logistics industry are now set on Merida Aerospace following the latest announcement of starting rocket test launches in late 2021. With unique expertise, talent, and resources for spacecraft manufacturing, satellite design, satellite data collection, data distribution, and now, spacecraft launch, the company has stepped into the big game and is ready to go all out. Currently, no other organization offers all these services in one place, which gives Merida Aerospace a unique advantage in the industry.

Over the past years, the team at Merida Aerospace has showcased exemplary projects, including the development of patented satellite communication systems and specialized satellite and rocket communication antennas. The team has also successfully managed satellite earth station projects, from design and development to installation.

With the team’s decades of experience in operating manufacturing facilities on an international scale, the team is also well familiar with spacecraft manufacturing. Currently, it is working on next-gen solid fuel for rockets to provide high-value engineering solutions to its clients. The goal is to exponentially reduce costs related to the design, development, manufacturing, and launching processes.

Merida Aerospace team is thoroughly experienced with decades of experience in propulsion systems for rocket and missiles and microwave telemetry systems.

The team has also worked with the United States Department of Defense and has years of experience in maintaining US mil-spec and ISO standards for manufacturing. Having collaborated over several projects, the team is also no stranger to NASA projects.

Now, with the latest announcement regarding rocket test launches in late 2021, things are going to get even more interesting for Merida Aerospace. In a phone interview, Robert Velasco, the chief engineer of Merida Aerospace, revealed that preliminary operations were delayed due to the COVID-19 pandemic in 2020.

However, the company is now ready to take the next big step. “At this point, we are looking to begin work as soon as possible. If everything goes right, we could get started as early as summer of 2021,” he said.

From

Merida Aerospace plans to begin rocket test launches in 2021

by Staff Writers | May 25, 2021

rocket launch test image PSD-Recovered april 10th w disclaimer

All eyes in the space launch and logistics industry are now set on Merida Aerospace following the latest announcement of starting rocket test launches in late 2021. With unique expertise, talent, and resources for spacecraft manufacturing, satellite design, satellite data collection, data distribution, and now, spacecraft launch, the company has stepped into the big game and is ready to go all out. Currently, no other organization offers all these services in one place, which gives Merida Aerospace a unique advantage in the industry.

Over the past years, the team at Merida Aerospace has showcased exemplary projects, including the development of patented satellite communication systems and specialized satellite and rocket communication antennas. The team has also successfully managed satellite earth station projects, from design and development to installation.

With the team’s decades of experience in operating manufacturing facilities on an international scale, the team is also well familiar with spacecraft manufacturing. Currently, it is working on next-gen solid fuel for rockets to provide high-value engineering solutions to its clients. The goal is to exponentially reduce costs related to the design, development, manufacturing, and launching processes.

Merida Aerospace team is thoroughly experienced with decades of experience in propulsion systems for rocket and missiles and microwave telemetry systems.

The team has also worked with the United States Department of Defense and has years of experience in maintaining US mil-spec and ISO standards for manufacturing. Having collaborated over several projects, the team is also no stranger to NASA projects.

Now, with the latest announcement regarding rocket test launches in late 2021, things are going to get even more interesting for Merida Aerospace. In a phone interview, Robert Velasco, the chief engineer of Merida Aerospace, revealed that preliminary operations were delayed due to the COVID-19 pandemic in 2020.

However, the company is now ready to take the next big step. “At this point, we are looking to begin work as soon as possible. If everything goes right, we could get started as early as summer of 2021,” he said.

From

manufacturing-technology-insights

Merida Aerospace to Improve the Way Space Services are Delivered with a Simple Idea

by Manufacturing Technology Insights | December 18, 2020

Abstract space phone wallpaper

Merida Aerospace is prepared to establish itself as the first space technology organization that provides satellite design, data distribution, and launching abilities for space crafts in one facility.

FREMONT, CA: Merida Aerospace is prepared to establish itself as the first space technology organization in the world that provides its clients with satellite design, data distribution, and launching abilities for space crafts in one facility. It is unique that any space engineering solutions company can provide such a wide-ranging portfolio of services to clients at once.

Merida Aerospace has brought a new outlook to the table for space services logistics that give clients every primary service under one roof. Traditionally, several organizations provided specialized services in the sector that made for partial solutions to the spacecraft design-to-launch procedure. Such service providers were positioned far apart and followed their methods not observed by other companies, resulting in a considerable increase in various expenses to the final product, which even includes time, money, resources, and process alignment.

With its team’s experience in every three vital stages of spacecraft development, Merida Aerospace is prepared to offer the industry a distinctive solution that will immensely reduce expenses and save several hours on every project.

Speaking about these benefits in some detail, Merida Aerospace’s Systems Engineer, Robert Velasco, says, “It’s truly a game changer. A new chapter in the history of space services. Clients will be able to use essentially a one-stop-shop for their satellite projects.They can contact us to simply hand over the entire process from designing and building their satellites to launching them to orbit and collecting and distributing data to their access port, tying together the countless steps of this long process in one location, bypassing the complex logistics situation in the industry today. As a result, we’ll do all that for the most attractive prices in the industry, not to mention we’ll provide any combination of these services to deliver on every client’s specific needs:

From

Company bets on Yucatán’s place in aerospace

By Carlos Rosado van der Gracht | December 17, 2020

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Merida Aerospace, a new company with plans to operate in Yucatán, hopes to build Mexico’s first spaceport and revolutionize the growing space logistics industry.

Merida Aerospace has announced it will deliver spacecraft and satellites to orbit and offer logistical and communication services for the growing aerospace industry.

This ambitious plan seeks to deliver a space logistics framework from a single facility in an effort to cut costs and accelerate research and development.

For now, the company does not have any plans to develop systems capable of delivering people to space, but is rather concentrating to compete in the rapidly expanding space launch and logistics industry currently dominated by companies such as Boeing and Elon Musk’s SpaceX.

Robert Velasco, the chief engineer for Merida Aerospace, said in a phone interview that the company had been planning to begin preliminary operations in 2020, but that timeline was delayed due to the COVID-19 pandemic.

“At this point, we are looking to begin work as soon as possible. If everything goes right we could come down to Yucatan and get started as early as February 2021,” he said.

According to Velasco, Merida Aerospace has yet to purchase property in the region or procure the permits necessary for the construction of manufacturing or space launch facilities. However, he added that the company is currently looking to procure real estate near Merida’s industrial park. Regarding plans for the exact location of the proposed launch site, Velasco could only say that the facility would be in a remote region of the state, perhaps near the coast. At this point, all investment for the project comes from private investors in the United States and Mexico.

Though it is unlikely that any space-faring rockets will be launching from Yucatán anytime in the near future, the region has seen growing investment from the international aerospace sector in the last couple of decades. In 2001, PCC Airfoils opened a factory in Mérida’s industrial park where it produces aircraft components such as engines and turbines.

Last June, Yucatán’s governor penned a letter of intent with the Spanish aerospace firm Deimos, which has expressed interest in developing future projects in the region. According to official reports, the first phase of investment would be US$130 million and would include the creation of a facility that would employ 200 specialized engineers and 600 support staff.

Mexico’s national space agency, Agencia Espacial Mexicana, was established in 2010 but does not possess any launch infrastructure. In June 2015, the agency signed a contract to deliver a cargo of an unspecified nature on an Astrobotic Technology lunar lander called Peregrine, scheduled for a 2021 launch.

From

de513382-799c-4812-8a84-553f89da5008_800x450

New Space Startup Brings Satellite Services Under One Roof

by Tom Patton | December 14, 2020

Disclaimer: Artist rendering for example purposes only

New space startup Merida Aerospace proposes to bring a new perspective to the table for space services logistics: give clients all key services under one roof.

“Clients will be able to use essentially a one-stop-shop for their satellite projects.”

Merida Aerospace’s Systems Engineer, Robert Velasco.

Traditionally, specialized services were offered by various companies in the sector, which made for partial solutions to the spacecraft design-to-launch process. These service providers were located far apart and followed their own protocols not observed by other companies, which led to substantial increase in various costs to the final product, including time, money, resources, and process alignment.

With its team’s experience in three crucial stages of spacecraft development, Merida Aerospace plans to offer the industry a unique solution that will cut down costs immensely and save countless hours on each project.

The company aims to use the early phase of the commercial space sector to build a strong competitive and pricing advantage. In a future that the company believes holds immense promise for the space industry, Merida Aerospace’s plan is to offer in-house satellite construction, data collection and distribution, and launch vehicles capable of accommodating equatorial as well as sun-synchronous launches as a one-stop-shop. With this step, Merida Aerospace has helped the industry cross the next threshold and enter a new era of more efficient services and robust processes.

“Clients will be able to use essentially a one-stop-shop for their satellite projects,” said Merida Aerospace’s Systems Engineer, Robert Velasco. “They can contact us to simply hand over the entire process from designing and building their satellites to launching them to orbit and collecting and distributing data to their access port, tying together the countless steps of this long process in one location, bypassing the complex logistics situation in the industry today. As a result, we’ll do all that for the most attractive prices in the industry, not to mention we’ll provide any combination of these services to deliver on every client’s specific needs.”

Merida Aerospace is a new space startup technology and services company based in Tampa, FL, with production, data analysis, and launch sites in Merida, Mexico.

From

Merida Aerospace aims to simply disrupt delivery of space services

by Staff Writers | December 11, 2020

Disclaimer: Artist rendering for example purposes only

In a step that is considered a mark of extraordinary ambition in – and one that could truly revolutionize – the space industry, Merida Aerospace is ready to establish itself as the first space technology company in the world that offers clients satellite design, data distribution, and launching capabilities for space crafts in one facility. It is unprecedented that any space engineering solutions company could offer such a comprehensive portfolio of services to clients at once.

Merida Aerospace has brought a new perspective to the table for space services logistics: give clients all key services under one roof! Traditionally, specialized services were offered by various companies in the sector, which made for partial solutions to the spacecraft design-to-launch process. These service providers were located far apart and followed their own protocols not observed by other companies, which led to substantial increase in various costs to the final product, including time, money, resources, and process alignment.

With its team’s experience in all three crucial stages of spacecraft development, Merida Aerospace is ready to offer the industry a unique solution that will cut down costs immensely and save countless hours on each project.

The company aims to use the nascent phase of the commercial space sector to build a strong competitive and pricing advantage that boosts its growth and offers its clients unbeatable value.

In a future that holds immense promise for the space industry, Merida Aerospace’s ability to offer in-house satellite construction, data collection and distribution, and launch vehicles capable of accommodating equatorial as well as sun-synchronous launches as a one-stop-shop is a historic event. With this step, Merida Aerospace has helped the industry cross the next threshold and enter a new era of more efficient services and robust processes.

Speaking about these benefits in some detail, Merida Aerospace’s Systems Engineer, Robert Velasco, says, “It’s truly a game changer. A new chapter in the history of space services. Clients will be able to use essentially a one-stop-shop for their satellite projects.

They can contact us to simply hand over the entire process from designing and building their satellites to launching them to orbit and collecting and distributing data to their access port, tying together the countless steps of this long process in one location, bypassing the complex logistics situation in the industry today. As a result, we’ll do all that for the most attractive prices in the industry, not to mention we’ll provide any combination of these services to deliver on every client’s specific needs.”