NASA Invites Private Companies to Build Next Generation of Space Stations

NASA Invites Private Companies to Build Next Generation of Space Stations

2026-10-10 companies

Washington, Saturday, 10 October 2026.
NASA officially invited private industry to submit proposals for commercial space stations to replace the aging ISS by 2030, offering selected companies at least $100 million in guaranteed funding.

NASA Initiates Commercial Space Station Transition

On October 9, 2026, NASA officially released a 360-page Request for Proposals (RFP) inviting the U.S. commercial space industry to develop private space stations intended to succeed the International Space Station (ISS) by 2030 [1][2]. This formal solicitation marks a critical pivot in low-Earth orbit strategy, aiming to ensure a seamless transition of research and commercial activities before the aging orbital outpost is retired [1][3]. NASA Administrator Jared Isaacman emphasized that the agency will never give up its presence in low Earth orbit, requiring a sustained location to conduct research, develop technologies, and train crews for future Moon and Mars missions [2][4]. The initiative seeks to establish commercial capabilities that allow NASA to concentrate resources on deep space exploration while maintaining American leadership in orbit [2][5].

Financial Framework and Timeline

Industry proposals are due to NASA by December 8, 2026, with the agency intending to select two or more contractors for the initial phase [1][4]. Winners of this first phase are guaranteed at least $100 million in funding to support early development efforts [1][5]. NASA expects to make a final decision on contract awards in April 2027, leading into Phase 2 which focuses on development and certification beginning in 2027 [1][5]. Looking toward operational costs, NASA estimates a 2030 price of $325 million for a four-seat crew flight and $300 million for a cargo flight to a private space station [1][5]. The premium for crewed transportation over cargo is calculated as 25 million dollars per mission, reflecting the complex life-support and safety requirements involved [1][5].

Industry Competitors and Strategic Partners

Potential bidders for the Commercial LEO Destinations program include Axiom Space, Voyager Space, and Vast Space, all of which have expressed readiness to compete [1][5]. Axiom Space stated their team is actively reviewing the RFP and is confident their proposal will demonstrate they are the clear choice for low-Earth orbit objectives [1]. Voyager Space, developer of Starlab, noted that the RFP release is an important milestone and believes their business plan offers the strongest technical solution [1]. Meanwhile, Boeing (BA) received $359 million from NASA on September 24, 2026, to support Starliner certification, addressing concerns over potential transportation gaps as SpaceX plans to retire the Crew Dragon spacecraft between 2030 and 2032 [1][5]. Blue Origin previously received funding but maintains an uncertain commitment, while SpaceX is considered unlikely to bid directly on the station contracts despite exploring architectures for future commercial activity [1][5].

Long-Term Orbital Infrastructure Plans

The agency’s Commercial LEO Destinations competition includes a Phase 3 that will involve the purchase of at least four missions for NASA astronauts to private stations in the future [1][5]. NASA intends to award firm-fixed-price, multi-award, indefinite-delivery/indefinite-quantity contracts to support development, certification, and services for continued low Earth orbit research [2][4]. This structure allows NASA to select multiple contractors through early development, followed by competitive task orders for final design and evaluation [2]. The total estimated cost for four crewed missions to these private stations, based on 2030 pricing, would amount to 1300 million dollars, representing a significant investment in the commercial orbital economy [1][5]. This transition ensures NASA has a sustained human presence in low Earth orbit for crew members to perform science and exploration beyond the ISS era [1][2].

Sources


NASA Commercial Space