Autonomous Labs in Space for
End-to-End Space Infrastructure Under One Roof.
The only company in the world, from the tip of the rockets (deployers) to spacecraft to data (ground stations), fully vertically integrated.
Cosmotron
The Cosmotron is a 50 kg class, fully vertically integrated spacecraft platform designed for rapid deployment in various space applications.
Consolidates OBC (On-Board Computer), EPS (Electrical Power System), Communications, and Edge Computing onto a single PCB.
Reduces weight, complexity, and launch costs.
Supports both hosted and dedicated payloads.
Designed for scalability and modularity.
Enables real-time data processing in space.
Supports advanced AI algorithms for mission autonomy.
Ensures efficient data transfer for space applications.
Supports low-latency connectivity.
Technology Demonstration
Validating new space technologies.
Earth Observation
High-resolution imaging and remote sensing.
Scientific Research
Supporting microgravity experiments and deep space studies.
Designed for the New Space Economy!
The Cosmotron Bus offers a scalable, modular, and cost-effective solution for emerging space missions, making it a versatile choice for commercial, scientific, and exploratory endeavors.
Class:
Spacecraft Mass:
Payload Capacity:
Payload Volume:
In-Orbit Average Power:
Bus Voltage:
Pointing Accuracy:
Standard In-Orbit Demo Duration:
Data Storage:
Edge Computing:
Communication:
Data Rates:
Payload Interfaces:
Class:
Mass:
Payload Mass:
Payload Volume:
Maximum Entry Gs:
Communications:
Mission Duration:
REX(50)
REX(100)
REX (100) features a viewport for plasma dynamics observation during hypersonic atmospheric reentry and precision capsule delivery using guided parafoils.
Class:
Mass:
Payload Mass:
Payload Volume:
Maximum Entry Gs:
Communications:
Mission Duration:
Mass of System:
Mass of Sequencer:
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Payload cf envelope:
Hold down and release mechanism:
Separation Velocity:
Operating Temperature:
Compatibility:
Standard:
DEPLOYER-X
DeployerX is a non-canisterised, pin-based separation system developed for nanosatellites. It follows our in-house developed next-generation CubeSat standard (CubeSat NG), allowing customers to benefit from a lighter separation system mass. This results in lower launch costs and the ability to accommodate unrestricted volume in satellite structures.
Let's Do This.
Just talking won't get you to space, action will. We've done it 26 times already,one more won't hurt.If you're serious, we should talk.
2 Marina Blvd B300, San Francisco, California 94123, US.
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