Long March 5 Teardown

Open the Long March 5 layer by layer under studio lighting, with hover highlighting and Chinese part labels. Copy the prompt to build it with Kimi.

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Generate a studio-grade 3D teardown page for the Long March 5 rocket and its payload

Saturn V Instead

Swap in the Apollo-era Saturn V rocket

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Use Three.js to build a studio-grade 3D structure showcase page for the Long March 5 carrier rocket plus its satellite payload: support layer-by-layer disassembly of the whole vehicle, boosters and fairing, hover highlighting and Chinese part labels, with metal and paint details that hold up to close-ups under studio lighting. Change the subject to the Saturn V rocket: model the five F-1 engines on the first stage, the interstage sections, the lunar module and the command module to historical accuracy, keeping the same layer-by-layer disassembly logic, hover highlighting and Chinese labels. Use the classic black-and-white paint scheme.

Add Launch Demo

Ignition-to-separation animation with tracking camera

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Use Three.js to build a studio-grade 3D structure showcase page for the Long March 5 carrier rocket plus its satellite payload: support layer-by-layer disassembly of the whole vehicle, boosters and fairing, hover highlighting and Chinese part labels, with metal and paint details that hold up to close-ups under studio lighting. Add a launch-demo mode alongside the teardown view: clicking a LAUNCH button plays a continuous animation from ignition and liftoff through booster separation to payload separation, with the camera tracking automatically and pause available mid-sequence; after the demo, the rocket resets to the teardown view.

Part-Naming Quiz

Hide labels; students click parts to name them

Try Kimi Build

Use Three.js to build a studio-grade 3D structure showcase page for the Long March 5 carrier rocket plus its satellite payload: support layer-by-layer disassembly of the whole vehicle, boosters and fairing, hover highlighting and Chinese part labels, with metal and paint details that hold up to close-ups under studio lighting. Add a classroom quiz mode: when enabled, all part labels are hidden; the system names a part at random and the student must click the matching component on the model. Correct answers score points and reveal the part's full description; wrong answers get a hint. A score summary with a review of mistakes is shown at the end.