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Anonymous1769377690
02-02 20:12
Model Name
robot chassis 3d model
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
robot chassis
Input
Prompt
Create a realistic 3D model of a small two-wheel differential-drive robot chassis based strictly on the provided reference image. Core Structure: - Circular robot chassis made of transparent acrylic - Two stacked acrylic plates (top and bottom) connected using brass standoffs - Slotted mounting holes on the top plate - Central circular cutout on the top plate Drive System: - ONLY two wheels in total - One wheel on the left side and one wheel on the right side - Wheels are black rubber with yellow plastic rims - Each wheel is directly connected to a yellow DC gear motor - Motors are mounted horizontally and symmetrically Support Wheel: - ONE small front caster wheel only - Positioned at the front underside center - Metal caster bracket with a white nylon wheel - No rear caster, no extra wheels Materials: - Transparent acrylic for chassis plates - Brass or gold-colored metal standoffs and screws - Yellow plastic DC motors - Black rubber tires - White plastic caster wheel Modeling Constraints: - Do NOT add extra wheels - Do NOT convert to four-wheel design - Maintain real-world proportions from the image - Keep geometry clean and mechanically accurate - Separate parts for wheels, motors, plates, and caster Orientation & Output: - Robot should rest flat on the ground - Front caster facing forward - Neutral pose, no motion - Clean topology suitable for editing, texturing, and animation
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Anonymous1769377690
Anonymous1769377690