Gemini 4 ProAuthor YouWare

Interactive 3D jet engine with cutaway, x-ray and exploded view

A model comparison: Gemini 4 Pro and GPT-6 Astra got the same prompt for a Three.js jet engine viewer, and Gemini 4 Pro's build was the more detailed one.

Claude Code + Three.js (code only)Wandy 2
Actual models · 360°Both from the same photo: left — one unedited Claude Code (Opus 5.5) run modelling it in Three.js code; right — Wandy 2.

Create detailed 3D models

Code alone gets you simple shapes. Wandy 2 turns one photo into a textured 3D model you can use in the same scene.

Gemini 4 Pro prompt

Use three.js to build a 3D interactive display of an aircraft engine on a webpage. 
Please refer to Jigspace's interaction design philosophy to achieve a realistic model with near 1:1 high-fidelity restoration, fully preserving material and texture details such as metal, pipelines, and blades. Interactive features must include: step-by-step disassembly animation, exploded view of components, and part descriptions and principle explanations triggered by click or hover. 
Overall, it must support smooth camera control and friendly human-computer interaction, ensuring a smooth experience on the web that fully showcases the engine's structure and working principles.

How to use this prompt

  1. Paste the prompt into Gemini 4 Pro (or GPT-6 Astra to compare) in your coding tool and ask for a Three.js web page.

  2. Swap the aircraft engine for another machine, and edit the list of interactions such as x-ray, airflow or part labels.

  3. Run the page, orbit and disassemble the engine, then ask for sharper materials or clearer part descriptions.

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