Overview
Kawasaki ER-7 Street Motorcycle 3D model — a detailed, realistic street bike asset designed for use in architectural visualization, game development, CGI productions, product renders, and motion design. This highly versatile model captures the character of the ER-7 with clean geometry and a street-ready look, making it suitable for both close-up presentation and wider scene environments.
Key features:
- High-quality 3D street motorcycle model for digital scenes and render projects
- Suitable for realism-focused visualization, marketing renders, and cinematic shots
- Great for car/bike collections, showroom scenes, street environments, and gameplay assets
- Works seamlessly across common pipelines used in modern 3D workflows
- Ideal for artists creating animation, product advertising, and interactive scenes
Typical usage patterns:
- Game & real-time: integrate the motorcycle into racing tracks, city streets, garages, and driving gameplay scenes (Unreal-ready workflow)
- Architectural & environmental visualization: use it as a street prop for urban renders, lifestyle scenes, and neighborhood concept art
- 3D advertising & product renders: create promotional visuals, turntables, and marketing content for motorcycles and automotive themes
- Motion graphics & CGI: use in trailers, commercials, and cinematic sequences where a detailed street bike is needed
- VFX & scene building: place as a foreground or background vehicle asset for compositing and scene dressing
Supported download formats:
- MAX (3ds Max)
- OBJ
- FBX
- C4D (Cinema 4D)
- BLEND (Blender native)
3D software compatibility: The Kawasaki ER-7 model is compatible with popular 3D tools and game engines, including Blender, 3ds Max, Maya, Cinema 4D, and Unreal Engine, plus many other software applications that support standard 3D file imports (OBJ/FBX and related workflows).
Perfect for: automotive artists, environment designers, indie game developers, CGI creators, and anyone looking for a detailed, ready-to-use street motorcycle model to speed up production and enhance realism.
Uploaded by sally on June 2011