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DCC Bridge
Anonymous1774715557
04-03 08:03
Model Name
covered car 3d model
Tags
vehicle
3d printing
realistic
Input
Prompt
Generate a precise, hard-surface 3D model of the car from this image, optimized for 3D printing. Focus on accurate automotive proportions and clean geometry. The model should clearly represent the full vehicle form including hood, roofline, fenders, wheel arches, side profile, and rear structure. Geometry requirements: - Fully watertight, closed mesh (no holes or non-manifold edges) - Clean, controlled topology with smooth continuous surfaces - No overlapping geometry, self-intersections, or internal artifacts - Maintain symmetry across the vehicle where applicable - Use simplified but accurate geometry for complex curves Hard-surface modeling rules: - Preserve sharp edges and panel transitions where necessary - Avoid noisy, uneven, or overly triangulated surfaces - Convert organic distortions into clean, engineered surfaces - Ensure consistent surface flow across the body 3D printing optimization: - Ensure minimum thickness for all parts to be printable - Avoid extremely thin elements like mirrors, antennas, or fine trims (simplify or thicken them) - Wheels should be solid and properly connected to the body or base - Add a flat base or slightly flattened tires for stable bed adhesion if needed Detail handling: - Keep major design features (body shape, intakes, silhouette) - Remove micro details that cannot be printed reliably - Do not rely on textures; geometry must define the form Output requirements: - Export as STL (preferred) or OBJ - Real-world scale (1 unit = 1 mm) - Centered and properly oriented on ground plane Style: - Functional, production-ready CAD-like model - Prioritize printability and structural integrity over visual effects
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Anonymous1774715557
Anonymous1774715557