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non6868
02-06 18:51
Model Name
food cart 3d model
Tags
props
rendering
realistic
Input
Prompt
Use the uploaded image(s) as the primary reference. Generate a production-ready 3D model of the Malfufa food cart concepts exactly matching the reference proportions and dimensions. Units: meters. Up axis: Z. Footprint: 2.0 × 2.0 m (or 2.0 m diameter for the circular cart). Worktop height: 0.85–0.90 m. Prep zone width: 0.40–0.60 m. Do not change the brand name or logo. Do not include any people. Deliverables and modeling requirements: - Provide two LODs: LOD0 high-detail (≤200k tris) and LOD1 optimized (~30–50k tris). - Separate, clearly named parts: cart_body, cladding_HPL, frame_HPL, roof_FRP, column_metal, wheel_FL, oven_unit, fridge_unit, screen_panel, menu_panel. - Pivot origin at cart center bottom; wheel pivots at axle centers. - Clean, manufacturable geometry: quad-dominant retopology, no non-manifold geometry, no flipped normals. - UVs: non-overlapping, consistent texel density across similar parts. - PBR texture maps: BaseColor (albedo), Normal, Roughness, Metallic, AO, Emissive (for LED screens). Texture sizes: 4096×4096 for main parts, 2048×2048 for secondary parts. - LED screens exported as separate mesh planes with emissive maps for easy video replacement in 3ds Max. - Materials: stainless steel 304 for interiors, HPL/APC/WPC for cladding, painted metal for columns, FRP or WPC for roof leaf. Decorative leaf elements must be wood or wood-alternative. - Export formats: FBX (preferred for 3ds Max, Z-up, meters) with textures folder; also provide OBJ+MTL and GLB for preview. - Include a README.txt with import notes for 3ds Max (units meters, Z-up), naming conventions, and recommended import settings.
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