Explore 3D projects made with GPT-6 Astra, from models and scenes to interactive worlds. Preview each example, read the source and adapt its prompt for your next creation.
Assemble an explorable Unity city from the provided asset library. Create a coherent road network, towers, vehicles, palms, lighting and navigation, then optimize the scene and produce a stable first-person walkthrough.
Set up expression variants of a 3D character in Blender before rigging. Align the meshes and switch them discretely, shrinking inactive variants inside the head. Do not imply smooth blending or VRM compatibility.
Create a cinematic cyberpunk bedroom in Blender overlooking a rainy neon city at night. Add animated billboards and make it photorealistic and seamlessly looped.
Build a detailed voxel railway table in Three.js. Let users start and stop multiple trains, switch tracks, rotate and zoom around the table, inspect miniature towns and trigger small environmental animations.
Build a playable real-time 3D game from one prompt. Define a compact core mechanic, a clear objective and short story, then generate the scene, characters, props, feedback and restart state so the result can be played immediately.
Create a 3D website that pulls a Tesla Model X apart into modeled components. Let visitors inspect the assemblies and reassemble the vehicle interactively.
Build a 3D anatomy website where the human body separates into individually inspectable structures. Make the exploded view navigable and organize the parts into meaningful systems.
Use the supplied reference image to build a complete 3D aquarium game in a single pass. Reconstruct the tank composition, animate fish, add feeding and collection interactions, water effects, camera controls and a clear objective.
Code a 3D bust of Napoleon in Three.js. Build it in stages, inspect it from different angles and refine facial proportions and clothing details.
Generate a large voxel castle with readable defensive layers, towers, walls, gates, courtyards and surrounding terrain. Use instancing, an orbit camera, changing light and deterministic generation so the result is stable and inspectable.
Take the supplied 3D character, create a rig and add walking, running and several kung fu moves. Inspect the animations for broken joints and unstable poses.
Recreate the Teenage Engineering TP-7 in Three.js from reference images. Match its shape and visible controls in an inspectable 3D model.
Reverse-engineer the visual language of the supplied galaxy hero and rebuild it as real-time WebGL rather than video. Use depth-aware particles, luminous dust, smooth pointer response, restrained typography space and adaptive performance.
Build a one-bedroom apartment walkthrough and a floor plan from the same dimensions. Synchronize the current position between views and clearly label assumed ceiling heights and finishes.
Build a third-person Three.js hack-and-slash game in a cathedral above a dead star. Include light sword combos, heavy attacks, area magic, dodging and grounded two-handed animation.
Take the supplied Unity kart-racing greybox and produce three playable themed variants: pirate, candy and cyberpunk. Reuse the core driving loop, replace environments and feedback, play-test each build and fix the most visible bugs.
Rebuild a Three.js 3D globe dashboard from a reference image. Include day and night modes, readable geographic data and functional controls matching the reference.
Create a multi-legged 3D insect that walks while adhering to different surfaces. Coordinate its legs and body as it crosses changes in height.
Rebuild a childhood train table as a tactile Three.js toy with voxel tracks and rolling stock. Let the player drive trains, switch junctions, orbit the table and discover animated miniature scenes.
Take a generated T. rex model, rig it and create believable movement. Render the character in Three.js and verify that the animation deforms the model coherently.
Build a Warcraft-inspired character scene with Astra, a 3D asset generator, Blender and Unity. Generate the character asset, prepare it in Blender and assemble a playable scene in Unity.
Recreate a reference in one HTML file with Three.js. Repeatedly compare the result and correct differences; refine lighting, model depth and glass-like controls with subtle pointer-responsive effects.
Act as my 3D game builder. Ask only for the missing player goal, art direction and controls, then create a browser game I can play immediately and keep revising it from short voice instructions.
Rebuild a coffee shop from its photo in Blender, including the wooden ceiling, light strips, roaster, shelves and plants. Deliver an editable scene and a 15-second vertical camera walkthrough.
