Endless runner system
Built around continuous forward travel and a repeatable road-generation driven gameplay loop.
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Project Case Study // Vehicle Systems
Endless Bike Run
Physics-based endless driving system using Unreal Engine 5
Endless Bike Run is a driving prototype built around continuous forward motion, stable bike handling, and a minimal but immersive highway presentation. The project focused on capturing the feel of sustained speed while keeping the control model readable and responsive.
System Overview
Project Overview
This project began as an endless bike run prototype in Unreal Engine 5, built around a continuously generated highway and a physics-based vehicle setup powered by Chaos Vehicle systems.
A large part of the work centered on control feel and visual rhythm. The highway needed to sustain the illusion of continuous travel, while the vehicle itself had to react in a way that felt stable, responsive, and believable.
The result is a prototype that highlights continuous gameplay flow, handling feedback, and the technical process of bringing a drivable bike into an Unreal Engine environment.
Visual Archive
Image Gallery
Core Loop
Gameplay Systems
The gameplay loop was designed around an endless road system that keeps the player moving forward through a consistent stream of highway space.
That structure supports uninterrupted driving and gives the prototype its runner-like rhythm, where the challenge is less about discrete levels and more about maintaining flow.
Player control feel was treated as a core system rather than a cosmetic detail. Steering, stability, and forward momentum all needed to reinforce the sense of speed without making the bike feel unpredictable.
Vehicle Layer
Vehicle System
The bike setup relied on the Chaos Vehicle system to establish the technical foundation for motion, suspension behavior, and in-engine physical response.
That included tuning how the bike reacts to movement input and how it stays visually grounded on the road while still feeling agile.
Suspension response, handling adjustments, and overall physics tuning were important in finding the right balance between realism and playability.
Project Breakdown
Key Highlights
Vehicle physics
Used physics-driven behavior to make movement feel grounded, readable, and reactive.
Chaos Vehicle setup
Configured the vehicle layer inside Unreal Engine 5 for drivable, testable motion.
Real-time environment
Built a highway presentation that supports speed and keeps the player visually oriented.
Driving mechanics
Focused on control feel, handling stability, and long-form playability.
Toolchain
Tech Stack
Unreal Engine 5
Chaos Vehicle System
Blueprint System
Physics Simulation
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Project Showcase
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