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DCC Bridge
Anonymous1766439141
12-23 22:14
Model Name
blue mechanical part 3d model
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
mechanical
mechanical housing
molded
plate
realistic
Prompt
Create a 3D printable robot chassis baseplate similar to a small differential drive robot. The chassis is a symmetric, two-piece mirrored design joined in the center with a straight seam. Material looks like injection-molded plastic but must be designed for FDM 3D printing. Overall shape: rounded rectangle with curved corners and smooth fillets. Include many mounting features: standoffs/posts with screw holes on the perimeter and near the center, elongated slots for zip ties, rectangular cutouts for weight reduction and cable routing, and a central area for controller/battery mounting with flat surfaces. Add two geared DC motor mounting cradles: one on the left side and one on the right side, aligned so the motor shafts point outward to the left and right edges. Each cradle should be a half-cylinder saddle with a clamp/strap slot, plus two screw holes for securing the motor bracket. Provide cable channels leading from each motor area toward the top edge. Design rules: strong but lightweight, 3mm plate thickness, ribs underneath for stiffness, chamfered edges, no sharp corners, minimum hole diameter 3.2mm for M3 screws, countersink/counterbore optional. Keep the model watertight/manifold, clean geometry, printable without supports (flat bottom). Output as a single solid mesh, real-world scale in millimeters, centered at origin.
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Anonymous1766439141
Anonymous1766439141