3D model + texture a realistic set of skateboard trucks -- 2

We are creating a 3D skateboard builder where a user will be able to customize a skateboard on the web. There will be different truck options for them to choose from and the materials/textures will dynamically change depending upon the user's selections. This project is on the web, built in [login to view URL], and will be available for mobile devices so the model's performance is of utmost importance. Reference images of the trucks will be shared via google drive as well as models of the skateboard deck and wheels for size reference. There's a total of ~ 50 trucks we'll need to be modeled for this project. We're starting you off on 1 truck with 5 color options to evaluate your skills and our ability to work together. If it goes well we will re-hire you to make the rest of the trucks and beyond that expect more opportunities in the future! **General Requirements:** - Much greater chance of getting hired if you use blender - We'll still consider hiring you if you prefer other 3D software, but you AT LEAST MUST be prepared to import an FBX or OBJ from your preferred software into blender and properly setup mesh/materials so everything is ready and directly exportable as a gltf out of blender **Detailed Requirements:** *Geometry:* - Same geometry and UV's for all 5 of these trucks (color options: black, white, yellow, pink, raw silver) - Use the least amount of poly's possible but the geometry needs to accurately match reference images - realism is important. EXCEPTIONS are 1) the bottom of the base plate, where the truck attaches to the deck, leave that as a flat plane and 2) the screw pattern where the wheels go should be a regular cylinder like the rest of the axle is. - Sizing: skateboard deck model (size 8.0 so 203mm x 806mm) will be provided for size reference - important that the holes on the base of the trucks match up close enough with the screws on top of the deck. The base plate of the truck should have screw holes that are 42mm apart on the x axis and 54mm apart on the y (long) axis with some extension of the base plate beyond those holes, as seen in the reference pics. Also, reference the Tensor 5.25 on size chart provided to understand the accurate ratio of "axle width" and "hangar width" sizes of the truck. - Nuts need to be included on the end of the truck's axle and fit properly with the wheels/bearings model we provide (see reference picture of a truck with wheel, bearing, and nut). In addition to the bearing model we've provided, there's a reference image of the bearing's size in the google drive. The wheel model is size 54mm (diameter). *Materials/textures:* - PBR materials (metallic-roughness) - square power-of-two textures - Deliver textures in 2k res but know that we plan to scale down to 512x512 so the resolution needs to be good at that level. Keep copies of textures at both sizes. - create this model in the most web-performant way you can (less textures, smaller textures, or reusing textures across the different colored trucks are all a big plus) - Whole truck should be 1 mesh with 1 material unless you can think of a more web-efficient way to make it work with multiple mesh/materials using less or no texture maps. - With the 1 mesh, 1 material route we expect there to be an *Albedo* map, a *Metallic* map is likely needed for visual accuracy across different pieces of the truck but maybe not if you can get creative, and try without *Normal* map first but we'll add one if really needed for detailed visual accuracy. **Deliverables:** - blender file with 1 truck mesh, all 5 materials setup on mesh, and all PBR textures hooked up, ready to be exported. - substance painter (or similar software) file used to create the textures - gltf with separate textures at 2k res - gltf with separate textures at 512x512 res