Dodge – Deep Race 9
Dodge – Deep Race 9 is a high-speed reflex game built in Unity where players navigate a futuristic obstacle course while trying to survive increasingly difficult sequences of hazards. The project focused on responsive controls, obstacle pacing systems, and stable performance during fast gameplay.
Problem
Reflex-based survival games depend heavily on precise controls and well-tuned difficulty progression. The challenge was creating a gameplay system that continuously escalates difficulty while maintaining smooth performance and predictable player feedback on mobile devices.
Constraints
- Solo gameplay implementation in Unity based on an external design concept
- Gameplay required extremely responsive controls to support high-speed navigation
- Obstacle patterns needed to scale difficulty without becoming impossible or repetitive
- Mobile performance had to remain stable even as gameplay speed increased
Approach
High-Speed Player Control System
Implemented responsive ship controls designed for quick directional adjustments while navigating tight obstacle sequences.
Dynamic Difficulty Scaling
Designed gameplay pacing systems that gradually increase obstacle speed and complexity to maintain tension over time.
Obstacle Pattern Framework
Implemented reusable obstacle patterns that can be combined to generate varied gameplay sequences while maintaining fair reaction windows.
Customization and Progression
Added multiple ships and drone configurations that allow players to customize their loadout while maintaining consistent core gameplay mechanics.
Implementation Highlights
Obstacle Pattern System
Built a modular obstacle spawning framework that combines pattern sequences to create varied gameplay runs without manual level scripting.
High-Speed Gameplay Responsiveness
Tuned player movement and collision feedback to ensure controls remain predictable even at high gameplay speeds.
Difficulty Escalation Loop
Implemented progression systems that increase obstacle density and speed as players survive longer runs.
Mobile UI and Performance Optimization
Optimized rendering and UI responsiveness to maintain stable performance during fast-paced gameplay.
Screens
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Results
5
Playable Ships
Implemented multiple ship configurations that maintain consistent gameplay mechanics.
24 Levels
Level Content
Delivered structured gameplay stages across multiple environments and difficulty tiers.
Ads + In-App Purchases
Monetization
Integrated ads and purchases to support progression and unlockable content.
Next Steps
Future improvements could include additional obstacle types, new environments, and competitive leaderboard modes to increase replayability.