We are developing six space missions, DragonSat, Pegasus, SerenSat, Lunar Falcon, Mars Solar Hawk and Phoenix QuantumSat. These missions use modular CubeSat technology to conduct both space-based scientific research and develop enhanced capabilities for enhancing life on Earth. By employing compact and versatile CubeSats, these missions will push the boundaries of scientific exploration and contribute to advancements that benefit our planet.
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Our pioneering Pegasus Mission harnesses the power of PocketQube satellite technology to revolutionise wildlife preservation efforts globally. By deploying our compact yet sophisticated PocketQube satellite, we will enable precise and cost-effective monitoring of wildlife populations and habitats in even the most remote areas. This innovative satellite is equipped with advanced sensors and instruments, providing invaluable data to conservationists and researchers.
Pegasus PocketQube
March 2023 marks 10-years since we started first building CubeSat missions. As we reflect on the past decade, we are incredibly proud of the milestones we have achieved. From humble beginnings to successfully launching our first CubeSat into orbit, we are excited for the future of space exploration and the endless possibilities it holds. Here's to the next decade of innovation and building CubeSat missions
We develop Space Science research programmes, explore the intricate interactions of plants in zero gravity, push the boundaries of bioprinting technology in space, and delve into cutting-edge zero gravity materials research. Through these endeavors, we are committed to advancing the frontiers of scientific knowledge, fostering innovation, and contributing to the evolution of space exploration for the betterment of humanity.
Space Science
Our SerenSat CubeSat will provide farmers with invaluable analytical data and insights, transforming the way they approach crop cultivation, resource management, and environmental sustainability.
SerenSat
Lunar Falcon represents the cutting edge of space exploration technology. Our 8U CubeSat, is equipped with an advanced hall-effect ion thruster and is set to embark on a historic mission to orbit the moon. The inclusion of an ion thruster on Lunar Falcon marks a significant leap in the capabilities of CubeSats. Unlike traditional chemical propulsion, the ion thruster offers efficient and continuous thrust, allowing the CubeSat to make precise maneuvers and extend its mission lifespan. This technology is poised to revolutionise small satellite missions, enabling them to venture farther into space and undertake complex orbital operations.
Lunar Falcon
Mars Solar Hawk is our 3U CubeSat that serves as an experimental mission platform for testing the combination of Solar Sailing and hall-effect ion propulsion technologies for transfer to Mars in 60 days. It uses solar sail and ion propulsion technology to demonstrate the viability of propellantless acceleration and deceleration for future faster deep space exploration missions. Our Mars Solar Hawk mission is an important step towards advancing our capabilities in deep space exploration and propulsion, as it aims to evaluate the performance and reliability of hybrid ion-powered and solar sailing systems.
Mars Solar Hawk
The Phoenix Quantumsat mission aims to revolutionise mineral exploration through advanced quantum sensing technology. By deploying a hexagonal satellite equipped with state-of-the-art quantum sensors, we provide unprecedented accuracy in detecting and mapping mineral resources from space. This mission not only enhances the efficiency and effectiveness of mineral exploration but also paves the way for innovative applications of quantum technology in space exploration.
Phoenix QuantumSat
