BUILT FOR REUSE, DESIGNED FOR PERFORMANCE
Our satellite fleet is engineered for repeatable missions. Unlike traditional, single-mission spacecraft, every core component is rated for multiple reentries, reducing supply chain risk and eliminating long lead times.
ROBUST, SCALABLE AND MISSION READY
By decoupling satellite bus from payload development, we help customers reduce risk, conduct valuable post-mission analysis, and iterate faster.
OPTIMIZED FOR FLEXIBLE
LEO MISSIONS
Designed for flexibility, the platform operates in Low Earth Orbit between 250–600 km. It can support mission durations from 1 day to 5 years, with passive thermal control and efficient power systems to ensure stable performance.
With standard satellite components qualified for reuse, the vehicle is designed for a range of mission applications, from hosted payloads to in-orbit servicing and in-space manufacturing.
ENGINEERED FOR SAFE RETURN AND RAPID REUSE
Built for reliable return, our system withstands reentry thermal and structural loads without additional requirements on the payload. A rigid heat shield protects the bus and payload while a custom parachute allows the satellite to safely touch down on Earth, where ground crews can access payloads within minutes.
DEFENSE
Recoverable satellite infrastructure enables expedited technology development for dynamic national security missions.
COMMERCIAL
Reliable payload retrieval and reuse makes space operations accessible across industries.
