How far can you go?
Endless Drive is a fast-paced low-poly endless runner where players navigate a rugged jeep through a dynamically generated dirt path filled with obstacles. The game focuses on quick reflexes, increasing difficulty, and high-score progression, making it suitable for both short play sessions and extended runs.
You control a jeep driving along an infinite terrain filled with hazards such as rocks and trees. As time progresses, the speed increases, making survival progressively more challenging.
The objective is simple: avoid obstacles and survive for as long as possible.
- 🛣️ Endless procedurally generated terrain
- 📈 Increasing game speed for progressive difficulty
- 🎨 Stylized low-poly visual design
- ⚡Lightweight and optimized performance
- 🌲High score tracking for replayability
- 📱Mobile and desktop friendly controls
- Tap – Steer the vehicle
The control system is intentionally minimal to ensure accessibility and quick learning.
You can download and play the latest version of the game directly from Itch.io:
This project was developed using:
- Unity – Game engine and core development platform
- C# – Gameplay logic and systems
- Blender – Creation and editing of 3D assets
- Unity Terrain & Physics Systems – Environment and collision handling
The game was designed with the following goals in mind:
- Deliver simple but engaging gameplay mechanics
- Maintain consistent performance on low-end devices
- Create a visually appealing world using minimalistic low-poly assets
- Encourage replayability through difficulty scaling and score chasing
- Implemented procedural obstacle spawning to ensure each run feels different
- Tuned vehicle handling for responsive yet challenging control
- Optimized lighting and models to maintain performance on mobile hardware
Player feedback is valuable for improving gameplay balance, performance, and features.
If you encounter issues or have suggestions, feel free to open an issue or share feedback on the Itch.io page.
Sanath K S
This project is released for personal and educational showcase purposes.
All rights reserved by the author unless otherwise specified.
