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NASA Goddard’s October 29 RFI seeks commercial approaches to raise Hubble’s orbit, service the telescope without harm, or guide its controlled disposal, with responses due November 30, 2026. The request is for market research—not a funded solicitation—and asks industry to inform potential requirements for a mission that NASA anticipates would need to occur by 2032.
NASA Goddard has issued an RFI seeking industry concepts to raise Hubble’s orbit, service the telescope, or conduct a controlled reentry. NASA says launch must occur by 2032 and expects a follow-on RFP, creating a potential future opportunity for aerospace and space-service firms.
Astroscale reported its first UK defense contract as prime contractor and a French-backed demonstration to approach, dock with, and deorbit an Eutelsat OneWeb satellite. The UK and French projects together represent more than ¥5 billion in backlog through September 2026; a further approximately ¥20 billion in orders remains a company target, not awarded work.
Northrop Grumman successfully launched its Mission Robotic Vehicle (MRV) to support satellite servicing, with operations commencing in 2027. This initiative not only demonstrates advanced in-space robotics but also signifies collaborative procurement opportunities for sustaining aging satellites. Agencies are encouraged to assess procurement needs related to satellite infrastructure.
NASA has contracted Northrop Grumman Space Systems to launch the Swift Boost Mission, demonstrating advanced satellite servicing capabilities. This initiative signals a growing market for innovative satellite servicing technologies, creating new procurement opportunities for contractors in the space sector.
NASA is set to launch a mission to extend the operational life of the Swift Observatory through innovative robotic technology from Katalyst Space. This strategic initiative highlights the growing federal emphasis on on-orbit servicing, potentially opening new procurement opportunities in satellite maintenance.
Northrop Grumman will launch its Mission Robotic Vehicle in summer 2026, enhancing satellite servicing capabilities. The partnership with DARPA aims to demonstrate commercial viability and create procurement opportunities in space robotics, reflecting a shift towards sustainable satellite operations.