Infinity Space Unveils Next-Generation Heatshield Tiles

Our design features a distinctive four-quadrant structure, separated by precision-engineered expansion grooves. This configuration allows the tiles to flex under thermal stress, preventing cracking and ensuring consistent protection. The modular format also streamlines inspection, maintenance, and replacement a critical advantage for reusable spacecraft.

Following rigorous plasma tunnel trials and microstructural analysis, our heatshield tiles have demonstrated exceptional resilience and reusability. This innovation marks a significant milestone in our mission to make spaceflight safer, more efficient, and more sustainable for the next generation of explorers.

Infinity Space Strengthens UK Space Communications Infrastructure

The site now includes UHF/VHF, S-band, and X-band dishes, enabling robust telemetry, tracking, and command (TT&C) services for a range of satellite missions—from student-built PocketQubes to advanced Earth observation platforms. The tri-dish design enhances data reliability and supports simultaneous operations.

Strategically located in the Llynfi Valley, the station benefits from low interference, excellent sky visibility, and a secure environment for remote satellite access. This makes it ideal for both educational missions and commercial nanosatellite operators seeking dependable ground coverage.

As we head into Autumn 2025, Groundstation Wales is open for new collaborations. We invite universities, satellite developers, and space research teams to connect with us and explore how we can support your mission—directly from the heart of Wales.

Assembly Milestone Reached for DragonSat

This Month marks the start of assembly and integration, beginning with the installation of the onboard camera module, expertly developed by our trusted partners at Orion Space. Their contribution adds a new layer of capability to DragonSat’s mission, as we move closer to flight readiness.

At Infinity Space, we remain deeply committed to advancing accessible space innovation in Wales. DragonSat builds upon lessons learned, strengthens our collaborative foundations, and reaffirms our belief that even small satellites can carry big ambitions — especially when built by passionate teams with a shared purpose.

SerenSat CubeSat Chassis Qualification

July brought an important milestone with the successful qualification of the SerenSat CubeSat chassis. Through careful engineering and thorough testing, the SerenSat team has confirmed the strength and reliability of their design. This achievement reflects the technical skill and dedication behind the project and highlights ongoing progress in the space exploration community. At Infinity Space, we continue to explore new possibilities and contribute to advancements in satellite technology.

Infinity Space Advances with Successful Completion of SerenSat CubeSat Avionics Board

These milestones represent more than technical progress; they underscore our ongoing commitment to innovation within space technology. The completion of the avionics board and the qualification of the CubeSat chassis demonstrate our focus on delivering reliable and effective satellite solutions. As we move forward, our efforts remain dedicated to expanding our understanding of the universe through satellite-based remote sensing, contributing valuable insights while supporting the broader aerospace community. This project is a reflection of Infinity Space’s continued drive to enhance space exploration capabilities and expand technological horizons.

Revolutionary Black CubeSat Solar Cell Powers New Era in Space Energy

A standout feature of this next-generation solar cell is its advanced backside texturing, which significantly improves light absorption. By increasing the effective surface area, the design captures more photons and enhances energy conversion. This breakthrough reduces reflectance and boosts energy yield, ensuring the solar cell operates at peak performance under intense solar exposure in space.

Achieving an impressive efficiency of over 30% under AM0 conditions—measuring solar radiation outside Earth's atmosphere—this solar cell sets a new benchmark for CubeSat power systems. Its remarkable output is the result of both the high-grade materials used and the meticulous structural design, making it ideal for missions in low-Earth orbit and deep space alike.

Incorporated bypass diodes further enhance the cell’s reliability, allowing power to flow even if sections of the panel are shaded or damaged. This innovation ensures continuous operation and resilience, helping CubeSats maintain their missions despite the shifting and unpredictable conditions of space. Infinity Space’s Black CubeSat Solar Cell marks a bold step forward in the quest for efficient, dependable satellite power.

Improving Satellite Reliability with FEA and 3D Printing

Our research explores how FEA simulations can predict stress points and potential failure zones in satellite components, allowing engineers to refine designs before production. By integrating this with 3D printing, the team demonstrated how rapid prototyping and complex geometries can be achieved with greater precision and lower cost—critical factors in space missions where performance and reliability are paramount.

This breakthrough represents a significant step forward for the aerospace industry and showcases Infinity Space’s commitment to innovation. As we continue to develop next-generation space technologies, our focus remains on improving durability, reducing risk, and enabling more sustainable and successful space missions.

Looking ahead, Infinity Space aims to expand this research by applying these techniques to full satellite assemblies and real mission environments. By bridging the gap between digital simulation and physical manufacturing, we are not only enhancing component reliability but also paving the way for more agile and cost-effective space exploration solutions.

Infinity Space Explores the Future with SpaceX Starship

Starship, renowned for its reusable design and deep-space capabilities, aligns with Infinity Space’s mission to pioneer advanced aerospace solutions. Observing the spacecraft’s systems and propulsion technology provided invaluable insights into the future of space travel.

Our collaboration with space industry leaders reinforces our commitment to pushing scientific discovery and technological innovation. The visit sparked discussions about integrating new propulsion methods and quantum research into our own projects, including the DragonSat mission.

The visit also opened doors for potential collaborations, as we explored how Infinity Space's work in space plasma propulsion and quantum entanglement research could complement the advanced systems. The exchange of ideas with industry experts inspired new concepts for future missions.

Nine CubeSat Missions: Engineering the Next Generation of Satellites

Right now, our dedicated teams are hard at work designing and constructing the chassis for nine CubeSat programs. These compact, state-of-the-art satellites may be small in size, but they are packed with powerful technology. Each CubeSat is engineered to gather critical data, conduct scientific experiments, and test new technologies — all while navigating the challenges of space.

We are not just building satellites — we are shaping the future of space technology. Every CubeSat mission is a leap forward, whether it’s studying the effects of microgravity, monitoring space weather, or testing propulsion systems. These missions allow us to push the limits of what's possible, sparking innovation and opening new pathways for scientific breakthroughs.

Stay connected with Infinity Space as we continue to break barriers, inspire innovation, and journey further into the unknown. Our CubeSat missions are just the beginning — with each launch, we move closer to a future where space exploration becomes a cornerstone of human advancement. The universe is vast, but so is our determination to explore it.

Using Satellite Imagery to Survey Wales’ Coal Heaps

Satellite imagery allows for a broader and more detailed perspective, enabling us to assess land stability, vegetation growth, and potential environmental risks. This technology provides an efficient and non-intrusive method for tracking changes over time, supporting both conservation efforts and future land development.

By using space-based data, we aim to provide insights that contribute to responsible land use and reclamation projects. The ability to analyse these landscapes remotely offers a cost-effective solution for stakeholders, including environmental agencies, researchers, and local authorities.

At Infinity Space, we are committed to utilising innovative technology to support sustainable progress. As we continue to develop our capabilities, we look forward to working with partners across Wales to apply satellite solutions for smarter, data-driven land management.

DragonSat PocketQube: Pioneering Quantum Exploration in Space

The DragonSat mission aims to test quantum entanglement and coherence outside Earth's gravitational influence. This experiment is vital for understanding how quantum states behave in microgravity, offering new perspectives on the foundational principles of quantum mechanics. Such research could reshape the future of quantum technologies, space exploration, and fundamental physics.

Utilising the unique properties of microgravity, DragonSat's experiments will create an ideal platform for observing and measuring quantum phenomena. This 1P PocketQube satellite combines advanced design with precision technology, ensuring high performance while remaining efficient and cost-effective. DragonSat demonstrates how small-scale space innovation can pave the way for major scientific discoveries.

At Infinity Space, we are committed to pushing the boundaries of science and technology through missions like DragonSat. This pioneering experiment represents a significant step forward in quantum research, potentially unlocking a deeper understanding of quantum mechanics. With DragonSat, we are not only exploring the limits of possibility but also inspiring innovation for future space missions.

DragonSat Takes Quantum Science to Space

This pioneering mission will revolutionise our understanding of quantum systems by testing the effects of reduced gravity on quantum properties. Scientists are excited to uncover new insights into the quantum world, especially as these experiments aim to expand our knowledge beyond Earth’s constraints.

DragonSat’s advanced quantum optics experiments will focus on understanding the interaction between quantum particles in the absence of Earth’s gravitational forces. By studying entanglement and coherence in space, the mission could open the door to new technological advancements in quantum communication and computing.

The DragonSat mission symbolises a leap forward in both space exploration and quantum research, with results expected to have profound implications for the future of science and technology. The data gathered may lead to new developments that could reshape our understanding of physics itself.

Quantum CubeSat: DragonSat Spacecraft Specifications Unveiled

The spacecraft features an average payload power of 1W, which will be used to support its Quantum Light Module—a critical component for testing quantum entanglement and coherence in microgravity. This low-power payload design ensures efficient use of the satellite’s energy resources, maximising the potential for successful data collection during the mission.

Equipped with a 437 MHz UHF dipole antenna, DragonSat will transmit data back to Earth at a rate of 1.2 kb/s. This communication system is key to ensuring that the valuable experimental data collected during the mission is sent back to ground control for analysis, opening new doors for quantum research and innovation.

As the mission approaches, the DragonSat team is preparing for launch, confident that this CubeSat's advanced design will facilitate groundbreaking research. These specifications represent the next step in merging space exploration and quantum science, with results expected to influence future satellite missions and quantum technologies.

Satellite LiDAR Scans of the Yucatán Peninsula Completed

Utilising cutting-edge LiDAR technology, we have been able to reveal the full extent of the Chicxulub crater's structure. The clarity and accuracy of these scans surpass previous efforts, offering new insights into one of Earth's most significant geological events.

The data we've gathered allows scientists to reconstruct the events that followed the asteroid impact with remarkable precision. This will enhance our understanding of the catastrophic chain of events that led to the end of the Cretaceous period, shaping the course of life on Earth.

Infinity Space is proud to contribute this valuable data to the global scientific community. Our findings will aid ongoing research into impact craters, extinction events, and planetary defense, supporting efforts to better understand and potentially mitigate future threats from space. This project exemplifies our commitment to pushing the boundaries of space exploration and technology. By using our expertise in satellite-based remote sensing, Infinity Space continues to make significant strides in unlocking the mysteries of our planet and beyond.

Advancements in Quantum Technology Propel DragonSats Mission

The QLM's onboard data processing unit plays a pivotal role in the mission's success, conducting real-time analysis and securely storing experimental results. This capability not only facilitates immediate feedback for researchers but also enhances the efficiency of data transmission back to Earth. Furthermore, a dependable power system, comprising solar panels and batteries, guarantees uninterrupted operation, enabling continuous data collection and quantum experimentation in space.

The integration of Qubik-1 Systems from the Libre Space Foundation exemplifies DragonSats dedication to using state-of-the-art technology for advancing scientific frontiers. As the mission progresses, DragonSat aims to push the boundaries of quantum research in space, paving the way for future breakthroughs in both quantum technology and space exploration.

Through the utilisation of Qubik-1 Systems from the Libre Space Foundation, DragonSat demonstrates a commitment to innovation and collaboration in space exploration. This collaboration not only highlights the synergy between advanced quantum technologies and space missions but also underscores DragonSats dedication to pushing the boundaries of scientific discovery. As the mission unfolds, DragonSat and the Libre Space Foundation anticipate groundbreaking insights that could shape the future of quantum research and deepen our understanding of the universe.

July Observations of Antarctica from CubeSats

One of the key findings from these observations is the subtle yet accelerated melting of Antarctica's ice sheets. Equipped with radar altimeters, the CubeSats have detected gradual thinning in critical areas, particularly along the West Antarctic Ice Sheet. This melting contributes to rising sea levels, and the data collected is essential for refining predictive models. Real-time monitoring through CubeSats allows scientists to track these changes more accurately and respond to emerging patterns.

Additionally, we have been able to capture detailed patterns of sea ice formation and movement. These observations are crucial for understanding seasonal variations and the overall health of the polar ice cap. High-resolution imagery has provided nuanced views of ice flows, illustrating the complex interplay between ocean currents and ice dynamics. This information is vital for predicting future changes in sea ice extent and their implications for global weather patterns.

The data is now enhancing our understanding of how Antarctica interacts with global climate systems. These insights are essential for developing informed strategies to address the impacts of climate change. The continuous stream of data from CubeSats ensures that scientists worldwide have access to high-quality images and datasets, promoting international collaboration in climate research.

Infinity Space Achieves Milestone in Advancing Sustainable Mars Habitation

We are proud to announce a significant milestone in our mission to establish sustainable human habitation on Mars. We have been hard at work innovating across multiple fronts, including inflatable habitats, methane production, and life support systems, and today, we celebrate a breakthrough.

Our team is delighted to confirm the successful completion of the inaugural deployment test for our prototype inflatable Ares Geodome Mars Habitat. This achievement marks a pivotal moment in our journey towards creating a habitable environment on the Red Planet. While we acknowledge the challenges that lie ahead, we see this accomplishment as a promising first step towards our ultimate goal.

This achievement reflects our unwavering commitment to pushing the boundaries of space exploration and advancing humanity's reach beyond Earth. With each innovation, we draw closer to the realisation of our vision—a future where Mars is not just a distant dream but a tangible frontier for human exploration and settlement.

SerenSat is Go

The 2U SerenSat CubeSat is equipped with a sophisticated array of sensors, including an infrared camera, a multispectral camera, and a hyperspectral imaging camera. These cutting-edge tools enable real-time monitoring of crop health, soil conditions, water resources, and weather patterns, providing farmers with invaluable insights to optimise their agricultural practices.

By harnessing the data collected by SerenSat, farmers can implement precise irrigation schedules, targeted fertilisation, and early pest detection strategies. This data-driven approach empowers farmers to make informed decisions aimed at maximising yield, reducing waste, and promoting sustainable farming practices.

Infinity Space Technology's AgriSense platform uses the data collected by SerenSat to develop comprehensive analytics solutions tailored to the needs of modern agriculture. With SerenSat's launch on the horizon, Infinity Space Technology reaffirms its commitment to driving innovation and efficiency in the agricultural sector.

Successful Data Downlink Reception at Infinity Space

The successful data downlink reception is a remarkable feat in our quest for scientific discovery and technological advancement. Through meticulous planning, innovative engineering, and tireless dedication, our team has demonstrated unparalleled expertise in seamlessly capturing and transmitting crucial information from space to groundstations.

This milestone underscores the culmination of months of rigorous preparation, testing, and execution, highlighting the collective effort and determination of every individual involved at Infinity Space. It serves as a testament to our team's relentless pursuit of excellence and our steadfast belief in the transformative power of space exploration.

As we reflect on this achievement, we are filled with a profound sense of gratitude for the unwavering support of our partners, stakeholders, and the broader space exploration community. Together, we continue to chart new frontiers, inspire future generations, and unravel the mysteries of the cosmos, one milestone at a time.

Nurturing Life Beyond Earth through Innovative Plant Research

Our researchers are diving deep into zero gravity plant studies, unraveling the mysteries of plant growth in microgravity. This pioneering effort aims to lay the foundation for advanced agricultural practices that could one day sustain human life during extended space missions and contribute significantly to the development of extraterrestrial settlements.

The implications of our work extend far beyond the immediate concerns of space travel, reaching into the realms of environmental conservation and Earth-based agriculture. By gaining a comprehensive understanding of how plants respond to altered gravitational conditions, we are unlocking insights that have the potential to revolutionise crop resilience and productivity in terrestrial settings.

The work being undertaken by our team is poised to make significant strides in mitigating challenges related to both space exploration and Earth-based agriculture. This convergence of scientific disciplines underscores our commitment to pushing the boundaries of knowledge for the betterment of life beyond Earth and on our home planet. As we continue to nurture life beyond our boundaries, the possibilities for a sustainable and resilient future are becoming increasingly tangible.

LimaSat 1U CubeSat Enters Final Design and Assembly Phase

We mark a significant milestone in the development of our LimaSat CubeSat project, as the test model has received the green light for assembly and integration. With the structure assembly completed and the first stage integration underway, the team is steadily progressing toward the launch of this satellite.

The project's Avionics Module, TT&C Module, ADCS Module, and Hyperspectral Camera have reached their final design stage, showing our commitment to precision and innovation. These crucial components are now fully integrated into the electronics fit-up prototype, signaling another successful phase in the LimaSats development.

As we enter the final stretch of LimaSat's creation, the finished design stands ready for fabrication and rigorous testing. This achievement brings us one step closer to unlocking the potential of CubeSat technology, enhancing our ability to explore and monitor the Earth's dynamic environment from the vantage point of space.

Space Releases Qualification Guide

Our commitment to innovation in August 2023 extended to the release of a valuable resource for space enthusiasts. Infinity Space introduced a concise guide on achieving the successful qualification of CubeSat systems, a critical step in ensuring the dependability of space missions. This guide serves as an essential tool for those venturing into the world of CubeSat development, offering insights, strategies, and best practices to navigate the intricate process of qualification. It enhances the overall reliability of space endeavors, marking a significant contribution to the advancement of space technology.

Infinity Space's Groundbreaking 3D Printing Research Redefines Rocket Engine Manufacturing

Infinity Space's August 2023 achievements continued with groundbreaking research into rocket engine structure microsensors printed with colloidal platinum nanoink using 3D aerosol-jet technology. We harnessed this innovation to intricately print microsensors within rocket engine structures, achieving unprecedented precision and intricacy. This advancement not only elevates the capabilities of our rocket engines but also exemplifies our commitment to pioneering cutting-edge technologies that drive the future of aerospace exploration. These accomplishments reflect our unwavering pursuit of excellence and our drive to innovate, resulting in transformative breakthroughs within the aerospace industry.