Factory One is ramping spacecraft production, trying to make getting hardware into space a repeatable manufacturing job.
Spacecraft, launch systems, satellites, defense platforms and supporting aerospace technology. A Cosign selection of startups, scaleups and selected public or acquired companies, listed alphabetically.
Cosign
AI data centers became customers for its turbine technology. A 1.21-gigawatt order could fund the engine work needed to bring supersonic passenger flights back.
Water-fueled propulsion and spacecraft for orbital transport.
Built propulsion prototypes point toward spacecraft using water as fuel, with a flight demonstration still ahead.
Connected defense systems for Arctic and allied operations.
An Arctic military deployment tests whether forces can stay connected in places ordinary infrastructure barely reaches.
Australian-built rockets and satellites, with a domestic launch site to carry payloads into low Earth orbit.
The first Eris test flight is behind it. A second attempt is targeted for 2027, chasing an Australian-built route to orbit.
Autonomous spacecraft for satellite life extension, inspection and retirement.
ISRO simulator tests bring satellite servicing closer to orbit, where extending a spacecraft’s life could save replacing it.
Rockets, lunar landers and orbital spacecraft for responsive missions from Earth to the Moon.
Expanded cleanrooms back new spacecraft contracts, turning orbital and lunar ambitions into hardware customers can commission.
Human spaceflight and commercial orbital infrastructure
Its station hardware is being built, advancing a future where commercial research has somewhere to operate in orbit.
Partnering with geoscience teams to direct exploration and development capital to the right ground, at speed, depth and scale.
At a deep Chilean copper deposit, its models narrowed the search before new drilling—taking expensive guesswork out of finding the metals electrification needs.
Satellite propulsion and in-space mobility systems
Its green propulsion has fired in space, opening a flight-tested route toward cleaner ways to maneuver satellites.
Reusable spaceplanes and satellite propulsion systems designed to make spaceflight a repeatable part of everyday operations.
Already flying customer payloads, it’s aiming for twice-daily trips to the edge of space—making microgravity research repeatable instead of a rare expedition.
Three missions flown show a growing market for moving payloads after launch, making more target orbits accessible.
