Realistic Rowan Park Race Track
Get a pre-built, realistic race track for track days and smaller race car class races, ready to use in minutes.
Get a pre-built, realistic race track for track days and smaller race car class races, ready to use in minutes.* This page contains affiliate links, meaning we may earn a small commission if you purchase something through them, at no extra cost. $45
- Category:
- 3D › Environments › Roadways
- Developer:
- RCC Design
- Price:
- $45
- Favorites:
- 8
- Supported Unity Versions:
- 2023.1.13 or higher
- Current Version:
- 1.0
- Download Size:
- 1.47 GB
- Last Update:
- Nov 16, 2023
- Description:
- Rowan Park is a fictional race track designed for track days and smaller race car class races. It features a 20-car capacity and two layouts: Full and Club. The track has been tested in a realistic racing simulator to ensure accuracy and fun gameplay.
The track can be easily assembled in a few minutes by dragging and dropping prefabs into your scene. These prefabs include terrain, vehicles, colliders, objects, trees, walls, barriers, buildings, and seats. You can customize and optimize your scene by turning off unwanted elements.
The track includes a variety of 3D objects, such as garage buildings, utility houses, spectator seats, cars, trees, distance markers, and more. You can place individual objects to further customize the environment.
The benefits of using this asset include ease of use, safety, separate objects, and no licensing issues. The track is designed to be realistic and fun to drive, with a full lap distance of 4107 meters and an average width of 8 meters.
More tracks are coming, and this is just the second track in a realistic style graphics and size. If you're looking for cartoon-style race tracks, check out the seller's profile for 20 available circuits. - Technical Details:
- Complete track geometry: 730,000 polygons, 855,000 vertices, 27 materials, 51 textures (including specular and normal maps). Render pipeline: Built-in RP, but can be switched to URP/HDRP with material adjustments.
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