A 30-second non-stop industrial action sequence inside a geothermal plant shaft. Use R1 for the engi

A 30-second non-stop industrial action sequence inside a geothermal plant shaft. Use R1 for the engineer's exact face, suit and exosuit in every shot; R2 for the maintenance robot's exact worn design; R3 for the shaft, gantries, steam and full color grade. Photorealistic, cinematic realism, heavy machine weight, no cartoon, no glossy plastic. Action is mechanical and environmental — no weapons, no blood, no injuries. 0-6s: Alarm strobes flood a kilometer-deep shaft. The engineer sprints along a grated catwalk as a pipe ruptures beside her and a wall of scalding steam blasts across the frame; she drops flat and slides under it, sparks raining from a shorting junction above. 6-12s: She jumps the rail and rides a maintenance ladder down three levels in a controlled fall, gloves smoking on the rungs. Below her, the tracked robot grinds along the gantry toward a jammed pressure valve, one arm sparking and useless. 12-19s: Together and fast: her exosuit clamps the valve wheel while the robot's good arm braces the housing. Macro of servos straining, her boots skidding on wet grating, the wheel giving one centimeter at a time as pressure screams through the pipe. 19-25s: The gantry section shears loose. She is thrown over the edge and catches a hanging cable one-handed above the orange glow; the robot pivots on its tracks, extends its damaged arm to its full reach, and she swings herself onto it as the catwalk falls away into the shaft. 25-30s: Valve closed, the shaft pressure drops and the steam clears in one huge exhale. She hangs off the robot's arm over a kilometer of orange light, laughing with adrenaline, and slaps its sensor drum twice. Final crane shot rising up the enormous shaft as the alarm strobes cut out. Keep the same engineer and the same robot in every shot. Sound: hammering alarm klaxons, roaring steam venting, groaning metal, servo strain, falling debris ringing down the shaft, and hard adrenal breathing.