Motorcycle 3D models

Yes. Our motorcycle models are based on the dimensions and proportions of the real vehicles, providing accurate overall scale, wheelbase, stance, and component proportions. This makes them easier to place alongside riders, vehicles, roads, and other correctly scaled assets.

Yes. Detailed dashboards, handlebar controls, levers, bodywork, wheels, and visible mechanical components support close camera angles and rider-view scenes. This level of detail makes the motorcycles suitable for first-person games, VFX shots, product visualization, and other applications where the camera can get close to the bike.

Yes. The main components are separated into individual objects, and the modeled dashboard, controls, and levers provide the geometry needed for steering, wheel motion, rider interaction, and mechanical animation. We can also prepare vehicle control rigging for racing simulators, games, cinematics, and interactive applications.

Yes. We can optimize a motorcycle to approximately 50-60k, 20-30k, or 3-5k polygons and prepare it as a Unity or Unreal Engine asset package. GLB, glTF, USDZ, PBR texturing, and AR preparation are also available for mobile, real-time, and augmented reality workflows.

Yes. We can change the color, modify geometry, add or remove parts, create racing versions, apply custom logos and liveries, or add accessories such as saddlebags, panniers, and luggage boxes. We can also create PBR textures with scratches, oil marks, scuffs, wear, and other surface effects. Matching assets such as motorcycle riders, helmets, roads, and road elements are also available for building complete scenes.

Motorcycles are available for 3ds Max, Blender, Maya, Cinema 4D, Rhino, SketchUp, and other software, along with FBX, OBJ, GLB, glTF, USD, USDZ, STL, 3DS, DAE, DXF, DWG, and additional formats. Format conversion is also available.

Yes. Any motorcycle in our collection can be prepared as a print-ready STL at the scale required for your project. We can optimize the geometry for the target printer and output size, making the model suitable for miniature vehicles, display models, prototypes, and other physical prints.