Astroscale Japan has secured a contract to advance in-space refueling technologies in collaboration with the Japanese government through the newly initiated K Program, aimed at enhancing Japan’s global technological competitiveness. This program is spearheaded by Japan’s Cabinet Office and the Japan Science and Technology Agency.
Over the next five years, Astroscale will focus on utilizing its rendezvous and proximity operations expertise to showcase chemical refueling processes for satellites operating in Low-Earth Orbit (LEO). Moreover, the initiative will involve ground verification tests for a variety of propellants, especially for Geostationary Orbit (GEO) and electric propulsion systems.
The project’s budget amounts to 12 billion yen (approximately $77 million), reflecting a robust investment in orbital sustainability. Astroscale emphasizes that refueling is a vital component of its strategy, which includes notions like “reduce, reuse, repair, refuel and remove,” ultimately extending the lifespan of satellites and decreasing the necessity for new launches.
Astroscale’s venture isn’t solitary; it continues to forge partnerships in the realm of in-space refueling. Collaborations with the U.S. Space Force, the UK Space Agency, and the Japan Aerospace Exploration Agency indicate a growing momentum in this innovative field.
Astroscale Japan has secured a 12 billion yen contract to develop in-space refueling technologies through the K Program. The project will utilize rendezvous technology for LEO satellites and focus on GEO propellant verification over five years. This aligns with Astroscale’s sustainability approach to extend satellite lifetimes and reduce new launches. The company collaborates with agencies like JAXA and the U.S. Space Force.
Astroscale’s new contract marks a significant stride in the development of in-space refueling technology, promising to enhance satellite longevity and reduce launch frequency. With a substantial budget and collaboration with various agencies, this initiative could pave the way for advancements in orbital sustainability.
Original Source: www.satellitetoday.com
