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Orion vehicle
Gateway station

LABOR FOR THE ORBITAL ECONOMY

Autonomous robotic systems for space

More robots, more exploration

The new space economy is exponentially expanding. Our robots drive logistics, manufacturing experimentation, exploration, and discovery.
Orbital structure with robots
INC 28.5° ALT 412KM
megastructure construction, 2048

Trusted by

NASA
Voyager
ISS
KULR

Mobility

8x Fan Thrusters

Manipulation

Dual 7-DOF Dexterous Arms

Perception

STEREO DEPTH, IMAGING, ToF, IMU

Wireframe rendering of Joy
Rendered view of Joy

Built on Earth

Deployed in Orbit

Meet Our First IVA-focused Robot, Joy

Scheduled for ISS deployment in 2027, JOY is designed for intravehicular activity (IVA). Our robots undergo continuous testing and iteration, including zero-gravity testing recently completed on parabolic flights.

Two Hands, A Myriad of Uses

Cargo bags stowed inside the space station
Logistics

MANUAL LABOR / INVENTORY / STOWAGE

Robotic arm performing maintenance on station hardware
Maintenance + Inspection

ASSESSMENT / MONITORING / VERIFICATION

Semiconductor wafer processing in orbital fabrication unit
Fabrication / Manufacturing

MANIPULATION / TOOL USE / AUTOMATION

Biomedical research equipment aboard the space station
Biomedical Research

MANIPULATION / TOOL USE / AUTOMATION

The futureis made in orbit

Joy is remotely operated in the near term. Remote operation is a deliberate first step to gaining flight heritage now while collecting space-manipulation training data that doesn't exist yet anywhere. Utilizing this data we are developing fully autonomous robots.

Autonomous Orbital Labor

BuildBeyond Earth

Join the team