We design and manufacture spacecraft hardware and flight software, broker every major launch provider, and operate missions end to end. One company, from inception to orbit to ongoing operation.
Vertical integration is not a slide. It is the same team carrying one mission across every boundary — no handoffs, no finger-pointing, no seams.
One contract spans the whole arc. Each phase is a discipline, not a department.
Objective in, architecture out.
Tell us the objective. We resolve orbit, bus, payload, power, and pointing into a flight-ready architecture — then price it in the Configurator.
Manufactured, integrated, launched.
Bus and payload built in-house, flight software loaded, launch brokered and integrated, range and regulatory cleared. One team owns the build.
Flown for the full lifecycle.
Commissioning, telemetry, commanding, downlink, and data delivery — operated from the Orbital Foundry console to end of life.
Buses, payloads, and avionics in one catalog. Configure a bus and order it, or compose a mission from the stack.
Two product surfaces carry the work past this site — procurement and operations.
The arc does not stop at orbit. The same vertically integrated stack that flies a satellite carries the ride to space, the station above it, and the settlement on the surface.
Flown, in build, and on the manifest — marked honestly. Codenames are illustrative pending confirmation.
Sun-Synchronous LEO
Six-satellite earth-observation constellation, brokered rideshare.
Vertically integrated build of bus and ClearView payload, flight software in-house, launch brokered across providers, operated from the Orbital Foundry.
LEO demonstrator
On-orbit edge-compute and autonomy flight demonstration.
Proves AI inference at the edge with OTA flight-software updates on the common SF-series avionics platform.
LEO / SSO
High-power SAR-X imaging microsat, agile pointing.
All-weather, day/night radar imaging on the high-power SF-500 bus with electrically steered downlink.
GEO
Long-life GEO platform, electric propulsion, PA-Ka comms.
Reference GEO-class architecture for persistent regional coverage with a phased-array Ka-band terminal.
Inception → Orbit → Ops
Full-lifecycle mission, single prime, one contract.
Reference engagement for the end-to-end thesis: one company from first sketch through orbit to ongoing operation.
Investors, governments, and operators who measure outcomes in time-to-orbit — the conversation is short.