Made with Nano Banana 2 Lite · CC0 · 9 Oct 2026

Flat colour

Generated from: a scene from a small video game about: # CREATE A COMPLETE 3D OPEN-WORLD CAR RACING GAME Build a complete, playable 3D open-world car racing game from scratch. **Generate all cars, roads, buildings, scenery, textures, traffic vehicles, effects, and game environments yourself. Do not ask me to upload any images, photos, 3D models, textures, or other assets.** ## 1. Automatic 3D Asset Creation * Automatically create all 3D cars using procedural geometry or built-in shapes. * Generate realistic-looking car bodies, wheels, headlights, windows, spoilers, rims, and body kits. * Create roads, skyscrapers, houses, trees, streetlights, road signs, barriers, bridges, and mountains automatically. * Generate road textures, asphalt, grass, concrete, reflections, and environmental details. * Create every required asset inside the game project. * Do not use missing files, placeholder images, or external model downloads. * Do not stop to ask me for assets or additional input. * Use free built-in features and procedural generation wherever possible. ## 2. Open World Map Create a large explorable world containing: * Two detailed cities with different styles. * A huge highway connecting both cities. * Realistic road traffic with approximately 40–60 vehicles visible across suitable busy areas, optimized for performance. * An airport with a runway. * A long straight drag racing strip. * A large racing circuit inspired by Nürburgring. * A mountain off-road area with dirt roads. * A dedicated drift arena with wide corners. * Bridges, tunnels, parking lots, petrol stations, and scenic areas. ## 3. Cars and Garage Create 20 different fictional sports cars, supercars, muscle cars, sedans, and drift cars. Make them visually distinct using procedural 3D designs. Include: * Vehicle selection and garage. * Paint colours and custom liveries. * Different rims and wheel sizes. * Spoilers, bumpers, body kits, and hood customization. * Engine upgrades, turbo, acceleration, top speed, braking, suspension, and handling tuning. * Save the player's selected car and tuning when supported. ## 4. Driving Physics Make the car genuinely drivable, not just a moving object. Include: * Acceleration, braking, reverse, steering, handbrake, and realistic weight transfer. * Different handling for different vehicle types. * Drifting with controllable rear-wheel sliding. * Tire smoke, skid marks, and tire squeal. * Speedometer, gear indicator, and tachometer. * Collision detection with vehicles and scenery. * Chase camera, hood camera, and first-person camera if possible. ## 5. Controls **PC keyboard** * W / Up Arrow: accelerate * S / Down Arrow: brake and reverse * A / D: steer * Space: handbrake * C: change camera * R: reset car * Esc: pause **Mobile** * On-screen accelerator, brake, left, right, and handbrake buttons. * Responsive touch controls that work on phone browsers. ## 6. Graphics and Performance * Use a polished 3D visual style with realistic proportions, lighting, shadows, and a day/night cycle if performance allows. * Add clouds, sky, fog, streetlights, and environmental ambience. * Optimize for a PC with Intel UHD Graphics 620 and 16 GB RAM. * Use level-of-detail techniques, object pooling, and distance-based rendering where possible. * Support Chrome on PC and mobile browsers. * Prioritize stable gameplay and smooth performance over excessive graphics. ## 7. Menus and Game Modes Create a polished main menu with: * Free Roam * Traffic Driving * Drift Mode * Drag Racing * Circuit Racing * Off-Road Driving * Garage and Tuning * Settings and Controls Add a minimap or simple navigation map, checkpoints, lap timing, drift score, and race countdowns where suitable. ## 8. Credits Display these credits on the startup screen: MADE BY ARAINCENT DEVELOPER AHMAD BILAL ## 9. Important Development Rules * Build the actual playable game, not just a concept, image, or static demo. * Do not ask me to supply assets. * Do not depend on external car images or downloaded 3D models. * Generate the world and vehicles automatically using procedural 3D geometry and code. * If a feature is too expensive to generate in full detail, create a simplified but functional version. * Test and fix movement, camera, collisions, menus, and controls before adding decorative details. * Deliver a working browser game with instructions to run it. * Start by building a playable car and test area, then automatically expand it into the complete world. * Make reasonable development decisions yourself and continue without asking me unnecessary questions., as an in-game screenshot in flat colour 2D shapes with a bright limited palette. Palette: sky blue #8ecae6, grass #3a7d44, player sunflower #ffb703, threat red #d62828, accent white #fdfcdc. Everything is original: never draw or resemble characters, places or logos from existing games, films or brands (no red-capped plumbers, no famous mascots), even when the idea names one. Keep the pictures honest: they promise what a small first version of this game, made in a game engine in a few days, can look like. Simple readable shapes, clear silhouettes, few flat materials, the in-game camera view. Never film stills, photoreal renders, AAA key art, detailed textures, cinematic lighting, or anything that looks like a big-studio game. No text, UI, HUD, logos or editor screens inside any image.