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DCC Bridge
Anonymous1765041624
12-06 17:43
Model Name
pedal assembly 3d model
Tags
ergonomic
machine
machine realistic
machine rendering
machine rendering realistic
pedal assembly
realistic
rendering
rendering realistic
Prompt
Create a 3D-printable model of a dual-pedal assembly for a DIY racing simulator, similar in function to Logitech pedals but simpler. Include only accelerator and brake pedals, no clutch. Design Requirements: - Each pedal should be a flat, ergonomic foot pedal with slight curve and anti-slip texture. - Include a hinge mechanism at the bottom of each pedal using a cylindrical rod hole or built-in 8mm rod channel. - Behind each pedal, add a mounting bracket for a standard 10k linear potentiometer with: - Potentiometer shaft alignment to rotate when pedal is pressed. - Slot or hole for the potentiometer body. - Screw holes for M3 screws to tighten the potentiometer in place. - Arm or linkage to convert pedal motion to potentiometer rotation. Base Plate: - A single, wide base plate that holds both pedals. - Add structural ribs for strength. - Edge holes for M4 bolts to mount the base to wood or metal. Springs: - Add spring mounting points on each pedal: - 6mm rod holes for compression spring. - Bracket to hold spring in stable position. Ports & Fittings: - Holes to route wires from each potentiometer. - Space under base plate for Arduino Uno/Nano mounting (M3 screw pattern). - Add cable-tie loops for wire management. Printing Optimized: - Must be printable with **minimal supports**. - All overhangs below 45° where possible. - Split into 3–4 parts: - Base plate - Accelerator pedal assembly - Brake pedal assembly - Optional hinge rod Dimensions: - Base roughly 22 cm x 16 cm. - Pedals ~14 cm tall each. - Thickness 3–4 mm walls. Design strong enough for real foot pressing. Export as a watertight 3D printable STL model with clean geometry.
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