MLMissionLab Live 2026MissionLab Digital Twin · Engineering view
Server simulation onlineHardware-informed
MissionLab Digital TwinPointing in progress

Sun 0°

Earth 90°

90°180°270°

Yaw

-28.0°

Error

28.0°

Wheel

0 rpm

Bus

7.60 V

Mission score

Practice preview · server calculated

out of 100

Final error

Settling

Energy

Saturation

T+0.00 s
Run a mission to generate engineering telemetry.

Coupled momentum

The motor applies equal-and-opposite torque to the wheel and CubeSat body. Wheel limiting preserves total angular momentum before external torques are applied.

Electrical actuator

PWM deadband, slew, bus voltage, current limit, winding resistance and back-EMF shape the available motor torque.

Deterministic evidence

Mission, difficulty, calibration, simulator and scoring versions are recorded so a run can be reproduced from the same approved seed.

Current engineering boundary: the dynamics are hardware-informed and physically coupled, but the inertia, friction, motor and sensor parameters have not yet been correlated against the revised physical Arena. The Phase 3 scene will add the final measured Arena geometry and mission interaction layers.