Advanced Cars And Bikes System - Vehicle Physics - Vehicle system - Drift Police

Description

From scooter bikes to heavy trucks, from superbikes to tanks — one unified system that does it all.

Fully modular, 100% physics-based, framerate-independent, and built for both Blueprint and C++ projects.

🔧 Ready in Minutes
Drag, drop, and drive. All major systems are pre-integrated and optimized — no complex setup, no hidden dependencies, no C++ knowledge.

💡C++ Core
Powered by a clean, production-focused C++ architecture with only two main core classes, designed for performance, clarity, and scalability, but you don't even need to touch it, its all available in blueprints easily.

🚗 What Makes It Advanced

Vehicle Variety

• Cars, bikes, superbikes, monster trucks, tanks, scooters, one-wheelers, off-road vehicles, and trailers

• Supports any wheel count from 1 to 18

• Built-in tank steering system

• Ackermann steering geometry simulation

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⚙ Physics & Handling

• Fully physics-based suspension with adjustable stiffness, damping, travel, and limits

• Adjustable aerodynamic downforce system

• Nitro boost with configurable strength and duration

• Drift wheel mode for extreme steering angles

• Automatic and manual transmissions (switchable at runtime)

• Framerate-independent physics simulation

  
  

🏍 Bikes & Motorcycles

• Realistic bike leaning and counter-steering behavior

• Independent front and rear suspension simulation

• Motorcycle suspension jitter while stopped fixed

• Compatible with any motorcycle or bicycle mesh

  
  

🛻 Trailers & Attachments

• Trailer attach and detach system with proper pivot physics

• Fully adjustable trailer connection points

  
  

🤖 Vehicle AI (Advanced)

• Spline-following AI with predictive throttle, braking, and steering

• NavMesh smart routing support

• AI collision detection inside NavMesh

• Smarter unstucking logic with intelligent reversing

• AI chase modes including constant chase and chase-by-distance (meters)

• Dynamic obstacle detection using line and sphere traces

• Lane offset support for multiple AI vehicles sharing the same path

• AI activation on hit mode

  
  

🚧 Moving Platforms Support

• Seamless vehicle movement on moving platforms

• Works with both physics-simulated and non-physics platforms

• No jitter, no drift, no snapping

  
  

🎥 Camera & Audio

• Camera movement fully fixed and smoothed

• Engine start / stop toggle with sound support

• Realistic RPM behavior synced to engine start and shutdown

  
  

📊 HUD & Debug Tools

• Built-in vehicle HUD showing speed, RPM, gear, nitro state, trailer status, and transmission mode

• Fully functional in packaged builds (no GEngine dependency)

  
  

🎮 Input & Compatibility

• 100% Blueprint accessible

• Supports Unreal Engine Enhanced Input System

  
  

🌐 Multiplayer Status

Multiplayer is not implemented or tested yet. The system is currently designed for single-player and offline gameplay only.

💡 Ongoing Development

This plugin will continue to receive updates, focusing on stability, bug fixes, and feature enhancements over time.

⚠ Important Note
Everything you see in the playable demo is fully included.

Technical details

Features:

• Physics-based, framerate-independent

• 2 C++ classes (Vehicle & Suspension, <50kb)

• 9 vehicles: car, superbike, scooter, offroader, truck, tank, police, drift, trailer

• Modular: 1 body mesh + 1 wheel mesh

• AI spline-following, chasing, avoidance

• Nitro, drift, downforce, bike leaning, tank steering

• Example map: Sandbox

• Niagara + sound: exhaust, skid, nitro, crash

• Supports any number of wheels + trailers

• Adjustable arcade/realistic handling

• All vars exposed (BP & C++)

Code Modules:

• AdvancedCarsAndBikesSystem (Runtime)

• AdvancedCarsAndBikesSystemEditor (Editor)

Number of Blueprints: 9
Number of C++ Classes: 2
Network Replicated: No

Supported Development Platforms:

• Windows: Yes

• Mac: Yes

• Linux: Yes

• Consoles: Yes

• Mobile: Yes

Target Build Platforms: Windows, Mac, Linux, PlayStation, Xbox, Mobile

Documentation: https://youtu.be/kRJlfofUsww?si=tXQKMUSNG-WhrFqT
Example Project: https://drive.google.com/file/d/1syi9svTl3Yrvhl7D3nSlKTSdRrGV2jw5/view

Notes:

• Vehicles support any number of wheels

• Substepping should be ON in project settings for max framerate independency