STEP 1 · LOAD MISSION
Pick a mission to plan.
Mission engineers don't start from scratch. Pull from your asset library, last week's queue, or paste a new objective. We've staged three so you can try the flow.
LOGISTICS
TUG-07 · LEO → GEO transfer
CONSTELLATION
SAT-12 · Conjunction avoidance
STATION KEEPING
SAT-07 · Plane change campaign
CISLUNAR
TUG-04 · Cislunar transit
Solving …
0.0s
TRAJECTORY · CONTINUOUS-THRUST TRANSFER
ΔV
156.4 m/s
DURATION
14h 26m
PROPELLANT
3.42 kg
PEAK POWER
18.7 kW
ECLIPSE TIME
38 min
CONFIDENCE
98.2%
VS BASELINE
−8.4% propellant
✓
Power budget
✓
Eclipse coverage
✓
Attitude constraints
✓
RF coordination
✓
Conjunction screen
!
Dual-control approval
Ready for second signature.
You're the second approver. Confirm to release the command sequence to the uplink pipeline.
Approved. Command sequence uplinked.
That's the whole loop: load → solve → inspect → approve → execute. The audit log is signed and exportable. The mission engineer's next action is monitoring the burn.
That was a sample. The real one has your spacecraft in it.
30-minute working session with a mission engineer. We run TACK against a real maneuver of yours.
Book the working session