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oguzkapan
12-23 22:20
Model Name
mounting plate 3d model
Tags
3d printing
3d printing realistic
mounting plate
plate
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Design a clean, minimal 3D printable robot chassis baseplate for a 4-motor skid-steer robot (two motors on left, two motors on right). The chassis must be a single solid, flat-bottom plate with simple geometry and smooth rounded corners. Avoid complex cutouts and decorative details. IMPORTANT: Do NOT include any motor models, wheels, or separate parts. Only create mounting areas and holes/slots on the baseplate. Layout: provide 4 motor mounting zones: Left-Front, Left-Rear, Right-Front, Right-Rear. Each zone should have a simple rectangular flat pad area and a standard hole pattern for 37mm gear motors (M3 holes, 3.2mm diameter). Add elongated adjustment slots (e.g., 3.2mm x 12mm) instead of detailed cradles. Keep all mounts flush with the plate (no raised saddles). Chassis features (minimal): Plate thickness 3.5mm 6 to 10 mounting holes for controller/battery (M3 3.2mm) 4 zip-tie slots (simple rectangles) for battery strap 2 or 3 large rounded rectangular cutouts for weight reduction (optional, simple) Print constraints: flat bottom, no supports, no undercuts, no overhangs, no thin walls. Fillet or chamfer all outer edges. Make the mesh watertight/manifold, real-world scale in millimeters, centered at origin. Output as a single solid mesh. motors, wheels, gearbox, electronics, text, logos, separate parts, complex greebles, high-detail mechanical shapes, cradles, clamps, protrusions, standoffs, tall posts, non-manifold, floating geometry, supports, overhangs . Keep the top surface mostly flat and uninterrupted; all features should be holes or shallow slots only. No raised structures.
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