Specify editability
State which objects must remain separate, named and editable; otherwise a visually convincing shell may still be unusable.
Browser Flight Simulator with a Complete Flight Loop
Explore Browser Flight Simulator with a Complete Flight Loop: a GPT-6 Astra 3D example featuring flight simulator, 3D game. Preview the result and adapt the prompt for your project.
Create detailed 3D assets
Give your next scene a character worth a closer look. Create detailed, textured 3D assets from an image or a few words.
Generate 3D Assets FreeThe original prompt was checked against the author’s post or a direct reply from the same author. Translations preserve the instruction; the original text is retained separately.
Build a polished, playable browser-based 3D flight simulator game from scratch. The goal is to create a small but genuinely playable flight-sim experience, not a static 3D scene. GAMEPLAY - Create an airport with a detailed runway, taxiway, terminal/buildings, grass/terrain, runway markings/lights, sky and clouds. - Place a recognizable passenger airplane at the airport. - The player must be able to control the aircraft with the keyboard. - Implement throttle, pitch, roll, yaw and braking. - The aircraft must have basic believable flight physics, momentum and acceleration. - The player should be able to accelerate down the runway, take off, fly around the airport, approach the runway and land. - Add a simple objective: take off, complete a short flight around the airport and land safely. - Include crash/failure detection and a restart option. CONTROLS Display controls clearly: - W/S: Pitch - A/D: Roll - Q/E: Yaw - Shift/Ctrl: Throttle - Space: Brake CAMERA - Use a smooth third-person chase camera behind the aircraft. - Keep the aircraft clearly visible during flight. - Camera should smoothly follow movement and respond subtly to acceleration. HUD Create a polished aviation-style HUD showing: - Airspeed - Altitude - Heading - Throttle - Vertical speed - Flight status - Current objective Include a compact controls/help panel that can be hidden. START + RESULTS Create a start screen with: "FLIGHT SIMULATOR" and a prominent "START FLIGHT" button. After a successful landing, show: - Flight completed - Landing quality - Flight time - Final score - Play Again VISUAL QUALITY Make it feel like a real game: - Cohesive stylized 3D visuals - Detailed aircraft - Attractive airport environment - Good lighting, shadows and materials - Clouds/atmosphere - Airport buildings, vehicles, signs, trees and other environmental details where appropriate - Avoid an empty or obviously unfinished scene FEEDBACK Add useful feedback for: - Throttle/engine state - Takeoff - Landing - Speed warnings - Altitude - Crashes - Successful landing TECHNICAL - Build the complete working game in the browser. - Do not leave placeholder buttons or fake interactions. - Prioritize responsive controls and smooth performance. - Use whatever appropriate web/3D technologies are available. IMPORTANT: Do not spend the entire task making a beautiful static scene. The aircraft MUST actually be controllable and the complete loop must work: START → ACCELERATE → TAKE OFF → FLY → APPROACH → LAND → SCORE → PLAY AGAIN Before finishing, run the game in the browser and test the entire gameplay loop yourself. Fix broken controls, physics, visual bugs and interaction issues you find.
Prompt breakdown
What this 3D prompt creates
Explore “Browser Flight Simulator with a Complete Flight Loop”, a GPT-6 Astra 3D example about flight simulator, 3D game, aircraft. Check the evidence label to see whether the text is an original prompt or a brief adapted from the public source.
Keep the core outcome, then specify the camera, controls, lighting and what a successful result should do. Test that first before adding more visual detail.
Close the test loop
Ask the model to run the scene, inspect visible failures and repeat until concrete frame-rate, interaction and layout checks pass.
Stage long builds
For large worlds, split the work into districts, assemblies or milestones and approve each section before expanding scope.
Make your 3D scenes look more refined
Your prompt builds the game or scene. Bring it to life with more detailed characters and props, created in Tripo to replace simple placeholder models.
More prompts to try
Street-by-street Manhattan in Unreal Engine
A reusable task brief reconstructed from the author’s public project description. It is not presented as a verbatim hidden prompt.
Kaiju city battle
Build a kaiju-inspired Three.js game using generated creature models and sound effects. Create readable giant-scale combat and an environment that communicates the size of the creatures.
Switchable character expressions in Blender
Set up expression variants of a Tripo 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.