Operators

Train operators on real spacecraft scenarios, not slideware.

Spacecraft operators need pattern recognition. They need to have seen enough anomalies, eclipse cycles, attitude drifts, and ground-segment failures to react correctly when something rare happens at 3am. Classroom slides cannot build that. Real fleet time is too expensive to use as a training environment.

Scenario · Resolve an unexpected attitude drift and recover the safe-mode satellite

Train your GEO control room today. Build the bench for LEO and MEO tomorrow.

GEO operators run a stable, cash-generating business on assets designed for 15+ years on-orbit. But the commercial model is shifting — LEO broadband constellations, MEO PNT and data-relay layers, and hybrid GEO+LEO service offerings are now the direction of travel. The operators who win the next decade will be the ones whose control rooms can absorb new orbit regimes without hiring a second control room. That means cross-training today, not after the first LEO contract is signed.

Scenario · Plan and execute a routine N/S station-keeping burn inside the longitude box at GEO

Run hundreds of passes a day without running your operators into the ground.

LEO constellations invert the operational model every control-room was built for. Instead of one geosynchronous slot kept perfectly still, you run hundreds of platforms through hundreds of short ground passes every day. Conjunction rates are high, ground-station scheduling is the bottleneck, inter-satellite links change topology every minute, and automation does most of the flying. Training that evolved around GEO station-keeping misses the operational tempo LEO demands.

Scenario · Plan a 24-hour pass schedule across a 30-station ground network serving a 120-satellite fleet

Fly a 6U demonstrator like it matters — because it does.

CubeSats are no longer classroom curiosities — they are the first flight asset for most new space programmes, the fastest path to qualifying a payload, and the training ground where tomorrow's mission leaders learn what on-orbit operations actually feels like. But the talent bench is thin: many teams have one senior operator who has flown a mission and a half-dozen students who have never commanded a satellite. The mission cadence does not wait for that gap to close on its own.

Scenario · Walk a new operator from launch-vehicle separation through LEOP to commissioning on a 6U Earth-observation demonstrator