3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Anonymous1765233353
12-17 03:15
Model Name
rc car chassis 3d model
Tags
rc car chassis
realistic
rendering
rendering realistic
vehicle
vehicle realistic
vehicle rendering
vehicle rendering realistic
Input
Prompt
A highly accurate, engineering-grade 3D model of a two-wheel RC trailer chassis, designed explicitly for real-world 3D printing and physical assembly. Hard-surface industrial design, matte black plastic appearance, clean mechanical geometry. Overall structure: Rectangular open-top cargo trailer body. Hollow interior with reinforced vertical walls and a flat internal floor. Proportions optimized for a 1/14 scale RC vehicle. Rear display integration (CRITICAL): On the rear wall only (opposite the hitch), centered horizontally: A narrow rectangular visible screen window (bezel) sized 33 mm wide × 18 mm high — matching the active area of a 1.47” ESP32 display. Behind the window, an internal recessed pocket sized 46 mm × 26 mm, allowing the full PCB to slide in from inside. Four clean, straight M2.5 screw holes, evenly spaced around the pocket, perpendicular to the surface, optimized for real screws. A small side cutout for USB-C cable clearance. Load cell / weight sensing (CORE FUNCTION): The central floor area occupies nearly the full internal footprint of the trailer. A large rectangular cutout and mounting area sized for a 20 × 40 mm load cell. Multiple M3 mounting holes, evenly distributed and aligned, designed for accurate force transfer. Floor thickness balanced for strength and measurement precision. Wheel system: Two-wheel configuration only (left and right). Reinforced external wheel brackets with Ø5 mm axle holes, symmetrical and aligned. No front or rear wheels. Wiring & electronics: Integrated recessed wiring channels along the inner walls and floor. Clear internal routing paths from load cell area to rear display pocket. Lighting preparation: Two Ø5 mm circular holes on the rear wall for reverse lights. 3D printing constraints: No supports required. Flat printable surfaces, vertical walls, no excessive overhangs. All holes must be open, functional, and correctly proportioned — not decorative, not filled. Mechanical accuracy prioritized over visual stylization. Output requirement: One single, solid, hollow print-ready chassis part, optimized for real assembly with screws, electronics, and sensors.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Anonymous1765233353
Anonymous1765233353