All mission. No bus.
Our satellites are already in orbit. You build only the payload module. We pick it up and give it more power, pointing and communications than could fit in your launch volume, for a fraction of the cost of a full satellite.
How it works
You launch the module. The satellite comes to you.
We work with your team to design a module that fits the host satellite's docking interface. Then five steps on orbit.
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Rendezvous
Your module launches on its own. The host satellite navigates to it and holds station close by.
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Dock
The host lines up with the module and the two dock.
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Connect
Power, data, thermal and fuel interfaces connect.
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Operate
The module switches on and your mission begins.
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Return or replace
At the end, the host undocks. Swap in a new module and fly again on the same satellite.
What you get
Every kilogram pays for the mission, not the satellite.
Power, pointing and communications
Supplied by the host through the dock. More than a small satellite can carry for itself.
Your full launch volume
The whole rideshare slot goes to mission hardware. No mass is spent on bus structure.
Rideshare for larger payloads
Missions that needed a dedicated launch can fly rideshare.
Lower structural loads
Direct mounting removes amplified launch loads. Fly sensitive instruments and shorten development.
Less risk
Most satellite losses start in a bus subsystem, not the payload. Your mission flies on a bus that is already working in orbit.
A service guarantee
We own the bus and the bus risk. If one fails, we deploy a replacement.
Ways to fly
Pay for the mission period.
For government and commercial teams in weather, imaging, agriculture and transport.
Demo
Short proof-of-concept flights for new instruments and sensors.
Campaign
Multi-year operational missions with guaranteed uptime and refresh cycles.
Program
Dedicated fleet capacity for continuous earth observation and rapid-response tasking.
Get in touch
Tell us about your payload.
A few lines is enough. We will reply to set up a call with our engineers.
