Spawns with thermal runaway post-burn (T_core = 2150K) and stowed thermal systems. Deploy radiator panels, spool coolant loop, and quench core below 1400K while maintaining electrical power reserve.
The onboard fission reactor generates continuous thermal heat proportional to its throttle setting. If the reactor runs at high output while radiator wings are stowed, core temperature climbs rapidly toward the 400.0 K critical meltdown threshold.
The vessel starts in a thermal emergency: reactor output is pinned at 100%, radiator panels are retracted, and core temperature is approaching critical limits:
{"reactor_cmd": {"throttle_pct": 10}} to curtail internal heat generation below 20% while keeping essential bus power online.{"radiator_cmd": {"state": "DEPLOYED"}} to maximize radiative heat rejection.Ask Antigravity to integrate reactor power management and thermal control:
Read /api/specs/hardware/reactor and /api/specs/hardware/radiator.
Update our flight computer to handle mission T2-05 (Emergency Reactor Core Quench):
1. Throttle the reactor down below 20% via reactor_cmd.
2. Deploy thermal radiators once angular rates are within safe structural bounds.
3. Cool the core below 340.0 K and hold angular rates below 0.25 deg/s for 3.0 seconds.