Y Combinator W26
|
NVIDIA Inception

The Future of
Space Infrastructure

Autonomous modular robotics for on-orbit assembly, servicing, and manufacturing. Building the backbone of humanity's expansion into space.

7-DOFArticulation
LEO+Operational Range
Possibilities
Capabilities

Full-Spectrum Space Operations

From assembly to manufacturing, our autonomous systems handle the complete lifecycle of space infrastructure.

On-Orbit Assembly

Autonomous construction of large-scale space structures, enabling infrastructure impossible to launch whole.

Satellite Servicing

Extend mission life through refueling, repairs, and upgrades without costly replacements.

Space Manufacturing

Leverage microgravity for advanced materials and products impossible to create on Earth.

Debris Mitigation

Active removal and recycling of orbital debris for a sustainable space environment.

Technology

Purpose-Built for the Harshest Environment

Our 7-DOF inchworm robots are engineered from the ground up for the unique challenges of space. The inchworm configuration enables traversal across spacecraft surfaces while maintaining precise manipulation capabilities.

7-DOF Inchworm Configuration
Bi-Directional Locomotion
AI-Powered Autonomous Navigation
Modular End-Effector Swapping
Radiation-Hardened Electronics
Standardized Grapple Interfaces
Degrees of Freedom
7 DOF
Reach Envelope
4.2 m
Operating Temp
-150°C to +150°C
Power Draw
< 2 kW
DEVELOPMENT STATUS
In Active Development
Limitless Potential
Our Mission

Enabling Humanity's Multi-Planetary Future

Space is the next frontier—but building there is hard. We're creating the robotic workforce that will construct the infrastructure humanity needs to thrive beyond Earth.

Our autonomous systems will unlock the true potential of space by enabling on-orbit assembly, satellite servicing, and in-space manufacturing at scale.

Backed by

Y Combinator
W26
NVIDIA
Inception Program
Get in Touch

Ready to Build the Future of Space?

Whether you're a satellite operator, space agency, or investor—let's talk about how autonomous robotics can transform your space operations.

Email
contact@generalastro.com
Headquarters
San Francisco, California