Description
CyberCar Horizon 3D | Cyberpunk Endless Highway Car Racing HTML5 Game
CyberCar Horizon 3D | Cyberpunk Endless Highway Car Racing HTML5 Game is an adrenaline-fueled, high-speed 3D endless highway racing game powered by Three.js and WebGL. Steer your futuristic cyber car through glowing neon highways, weave through dense city traffic, collect shield repair cubes, trigger supersonic nitro boost with coin-magnet effects, and climb the leaderboard.
Built with modular HTML5, CSS3, and Vanilla JavaScript, this game runs smoothly at 60 FPS on desktop browsers and mobile touchscreens, with no external frameworks or complex build steps.
Key Features
- Real-Time 3D WebGL Engine: Built on Three.js r128 with glowing neon lighting, speed blur lines, custom car shaders, and dynamic road generation.
- Complete Audio Management System: Includes high-energy synthwave background music (distinct playlists for Main Menu and Gameplay) plus 8 responsive sound effects (crash, shield damage, nitro boost, repairs, and UI clicks).
- Monetization Ready (AdSense & AdMob): Built-in ADS_CONFIG module ready for Google AdSense banner and interstitial ads with configurable cooldown timers and simulated test mode.
- Dual-Platform Responsive Controls: Smooth desktop keyboard steering (Arrow keys / WASD + Spacebar for Nitro) and instant mobile touch-screen controls (tap left/right halves).
- Gameplay Mechanics: Features a rechargeable Nitro Boost (invincibility + item magnet), shield durability system, near-miss score multipliers, and local high-score persistence via HTML5 localStorage.
- Clean Modular Architecture: Organized into dedicated files (css/game.css, js/ads.js, js/audio.js, js/game.js, and index.html) for effortless reskinning and maintenance.
- 100% Royalty-Free Assets: All included audio tracks and sound effects are licensed under CC0 / CC-BY commercial permissible licenses.
- Comprehensive Offline Documentation: Includes 14 offline HTML guides detailing setup, ad integration, difficulty balancing, reskinning, and mobile app wrapping.
