250 kg of nitrogen.One half-roll. One clean landing.
Approach at 32–46 km/h. Brake on the ramp.
Landing limits: tilt ≤ 10°, descent ≤ 2 m/s, rotation ≤ 18°/s. Land in the marked area, facing away from the ramp, after a 180° half-roll.
One tank for everything. 250 kg of nitrogen gives about 2 seconds at full flow. Lift, push-off and rotation share the supply. Rear jets add forward thrust in flight.
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An unofficial fan game inspired by the footage. Not affiliated with Tesla or SpaceX. This is an estimated game model, not a validated vehicle simulator.
10 cold-gas thrusters: 4 downward lift jets, 2 lateral nose jets and 4 rear jets. Blue exhaust fades into white vapor that spreads across the ground. Thruster layout source.
Gravity is 9.81 m/s². Thrust follows the chassis orientation. The model includes roll inertia, jet torque, changing mass and nitrogen use. Roll, pitch and lift are manual. The RCS regulates angular rate and uses gas to brake rotation; it does not hold a target orientation. Each port contributes force and torque. The model uses a rigid-body quaternion, inertia and a shared mass-flow limit. Geometry is reconstructed from footage. Dimensions and forces are estimates. The 250 kg tank, 2-second full-thrust burn and 5–10-second hover range use the supplied values.
Tesla footage · October 15, 2026 · Clip hosted by EV ↗
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