Updated October 11, 2026 Vast adds lunar hardware plans and a new ESA framework Vast's business is no longer confined to replacing laboratory capacity in low Earth orbit. On September 23, the company established a Lunar Programs division with proposed power, airlock, habitat, and communications products. On October 6, it signed a new three-year cooperation memorandum with the European Space Agency. Haven-1 remains the near-term hardware test: Vast described the station as in final integration in September, with launch anticipated in 2027. A Moon business, not yet a delivered Moon system The lunar division is led by Colin Smith, Vast's senior vice president of Lunar Programs, who previously led Haven-1 from inception through its initial flight build. Its proposed sequence starts with a Vast Power Station combining solar generation, energy storage, and power distribution. A free-standing, Haven-derived airlock would follow, testing dust mitigation, pressure-vessel reliability, spacesuit compatibility, pumping, and placement before deployment of a full habitat. Vast intends the airlock design to become a connecting node for later habitat modules. The proposed multi-module lunar habitat would carry life support, thermal control, avionics, communications, and crew consumables. A separate communications and positioning constellation is intended to provide continuous coverage of the lunar South Pole and connections to Earth. Vast says that architecture would complement NASA's Lunar Communications Relay and Navigation Systems. These are company proposals, not evidence of an operational lunar service or a NASA procurement award. One number needs careful separation from the Moon proposal: Vast says its related high-power satellite program targets a late-2027 launch of ten 15-kilowatt-class satellites. That target is for the Vast Satellite program cited as a technical foundation. It is not an announced deployment date for ten lunar relay satellites. The company's September 23 lunar announcement does not establish a firm lunar habitat delivery date. ESA cooperation gets a three-year roadmap The October 6 ESA agreement replaces a June 2024 memorandum. It begins with a joint feasibility study of European research and utilization opportunities on Haven stations, intended to produce a shared roadmap. Longer-term European contributions, station use, and possible European transport or launch services remain subject to future decisions by ESA and its member states. A memorandum and feasibility study should not be counted as guaranteed recurring station revenue. The near-term mission pipeline is more specific. Vast's announcement identifies Thomas Pesquet of France, Aleš Svoboda of the Czech Republic, and Adrianos Golemis of Greece as three of the four planned astronauts for Vast-PAM-1, NASA's sixth private astronaut mission to the ISS. Arnaud Prost is confirmed for a Haven-1 mission under the French agreement. The company describes these ISS and Haven-1 activities as planned for 2027. They are distinct destinations and should not be collapsed into a single Haven-1 crew manifest. What the 2027 target still requires Vast's earlier integration announcement set a Q1 2027 launch-readiness target and called for environmental testing at NASA's Neil Armstrong Test Facility later in 2026. Its September and October announcements use the broader 2027 window. This profile therefore uses 2027 rather than presenting an exact launch quarter as assured. The published integration plan moves from pressurized fluid-system installation and pressure, leak, and functional tests to avionics and air revitalization, then crew interiors, debris shielding, radiators, and solar arrays. There is flight evidence behind some of that development, but not yet a completed Haven-1 crewed mission. Vast reports that Haven Demo completed all 49 test objectives during a three-month mission and made a controlled deorbit on February 4, 2026. That validates an in-space testbed and selected systems, not the full station's human-spaceflight safety case. Integration completion, environmental test results, launch, orbital checkout, and safe crew operations remain separate milestones. The practical change since this profile's May publication is a wider set of customers and products, alongside a sharper need to track execution. ESA provides a route to European utilization studies and planned astronaut missions. Lunar Programs creates a direct Moon infrastructure business proposal. Neither removes the central dependency: Haven-1 must demonstrate that Vast can turn integrated hardware into a reliably operated destination. Vast Space is trying to compress a decade of commercial space station work into a very small window. Founded in 2021 by Jed McCaleb, the Long Beach company has put more than $1 billion behind a plan to launch Haven-1, a single-module private station, then compete for the post-ISS era with Haven-2. The bet is direct: if NASA and its partners want an orbital destination ready before the International Space Station retires, the winning company will need hardware, launch access, life-support testing, crew operations, and capital at the same time. Vast is building all five. AI-generated image Artist concept of a private commercial station module in orbit. Key Stats 2021 Founded $500M Latest Raise 45 m³ Haven-1 Volume 10-30 days Crew Stay The Company Built Around One Deadline Vast was founded in California in 2021, then moved its center of gravity to Long Beach as the program shifted from concept work to factory work. The founder, Jed McCaleb, is better known for building internet and cryptocurrency infrastructure, including early roles tied to Mt. Gox, Ripple, and Stellar. That background matters because Vast is unusual in space hardware: it has a founder willing to finance a very expensive physical system before government revenue is fully locked in. The company’s mission is to build stations that support long-duration human presence in orbit, with artificial gravity still sitting inside the broader vision. Its first product, Haven-1, is more pragmatic. It is not a giant rotating habitat. It is a compact, crewed station module designed to fly on Falcon 9, dock with SpaceX Crew Dragon, host private or government astronauts, and prove that a privately owned station can operate as a real destination rather than a PowerPoint bridge after the ISS. That sequence gives Vast a cleaner story than many station startups. Haven-1 is the near-term proof point. Haven-2 is the NASA Commercial LEO Destinations play. The artificial gravity ambition is the long arc. The risk is that each step depends on execution that has little tolerance for calendar slips, especially with NASA planning the ISS transition and private astronaut demand still uneven. By early 2026, Vast said Haven-1 had moved into integration, including pressurized systems, avionics, environmental control and life support hardware, and solar array work. The company has described a station with a 4.4-meter diameter, 10.1-meter height, 45 cubic meters of habitable volume, and enough systems to support four people for missions lasting roughly 10 to 30 days. For a first station, those numbers are modest. For a privately financed module that must pass human-spaceflight safety reviews, they are ambitious. Funding Changed the Clock In March 2026, Vast announced $500 million in new financing, split between $300 million in Series A equity and $200 million in debt. Balerion Space Ventures led the round, with participation from IQT, Qatar Investment Authority, Mitsui, MUFG, Nikon, Stellar Ventures, Space Capital, Earthrise Ventures, and McCaleb. The company said total invested capital had moved above $1 billion. That capital stack is important because commercial stations are not a normal venture category. The hardware is expensive, revenue arrives late, and a single failed launch or failed integration campaign can reset the business. Traditional venture investors of