Drift Immersive · XR Driving Prototype
VR Car Drift Simulator
A drift-focused immersive driving prototype combining spatial interaction, vehicle dynamics, and comfort-aware VR handling.
Drift Immersive: Prototype to Technical Case Pack
A complete case bundle combining playable drift behavior, debugging evidence, and formal documentation for implementation quality and design rationale.
- - Playable drift loop with handling and cockpit feedback tuning.
- - Structured technical breakdown across debugging and UI analysis.
- - Recruiter-ready artifacts: GDD, analysis report, code quality report, annotated deck.
Project Overview
Drift Immersive is a technical prototype designed to explore realistic drift behavior in VR while keeping controls intuitive and stable. The focus was balancing gameplay responsiveness, simulation credibility, and user comfort in prolonged sessions.
Watch Demo on YouTubeGameplay Stills
Additional in-engine driving shot from the drift test environment, used to review car stability and curve entry behavior.
Key Contributions
- Vehicle Dynamics Tuning:Iterated car handling, traction response, and drift behavior for controllable but expressive movement.
- Immersive Interaction Design:Built UI and interaction flows that keep focus on driving feedback in a spatial VR context.
- Technical Architecture:Structured project modules for maintainability while iterating quickly on gameplay systems.
- UX Evaluation:Documented interface behavior and control response — identifying friction points in cockpit layout, gear feedback, and camera comfort.
Tools & Technologies
- - Unity (C#)
- - VR/XR interaction systems
- - Vehicle physics and handling iteration
- - Rapid prototyping and testing workflow
Challenges vs Solutions: Technical Debugging
Snapshot of a real debugging pass covering steering wheel transform conflicts, speed normalization, and VR camera jitter during turns.
Interior Instruments: Responsive Speedometer
Speedometer calibration pass showing the normalization fix that maps live vehicle speed into a stable gauge range.
City Setup: High-Speed Collision Safety
City-environment planning reference from the project documentation, used to validate lane spacing, road boundaries, and high-speed collision behavior.
Outcome
Delivered a playable drift simulation with documented design rationale, functionality analysis, and code-quality reporting across four recruiter-ready PDFs.
Documents
Full supporting materials for Drift Immersive, including design, analysis, and code-structure documentation.
POV Drift Readability Shot
POV shot used to evaluate lane readability and drift sensation at speed.