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ayman1hour77
11-29 14:16
Model Name
rescue bot 3d model
Tags
game asset
game asset stylized
rescue
stylized
vehicle
vehicle game asset
vehicle game asset stylized
vehicle stylized
Prompt
Design a professional, 3D-printable search-and-rescue robot chassis optimized for detecting survivors under rubble. The robot must include internal empty compartments only for electronics, each sized according to real-world dimensions, with 2–3 mm clearance around every component. Do not model the components themselves, only provide mounting spaces, screw pillars, and cable routing tunnels. --- 1. OVERALL CHASSIS Low-profile, wide, stable rescue robot body. Smooth edges to navigate rubble. Reinforced bottom, shock-absorbing ribs, and 3–4 mm thick walls. Hinged top lid with latch lock. Cooling vents on top and sides. Target external dimensions: Length: 200–230 mm Width: 140–160 mm Height: 70–90 mm --- 2. INTERNAL COMPARTMENTS (REAL DIMENSIONS) Create dedicated mounting pockets with +2 mm clearance: A) Raspberry Pi 4 + heat sink Real size: 85 × 56 × 23 mm Pocket size to create: 87 × 58 × 25 mm, with 4 screw pillars + cable slots. B) Camera v2 Real: 25 × 24 × 9 mm Front camera bay + ribbon cable tunnel. C) MLX90640 thermal camera Real: 20 × 17 × 3.5 mm Small recessed front mount + protective window opening. D) Ultrasonic HC-SR04 Real: 45 × 20 × 14 mm Front ultrasonic housing with two 16 mm circular openings. E) Powerbank (10,000 mAh) Real: 110 × 60 × 17 mm Ventilated side battery bay + retaining clip. F) Motor Driver – L298N (REQUIRED) Real dimensions: 43 × 43 × 28 mm Provide: Isolated driver bay Airflow openings Screw hole mounts Cable tunnels to motors + Raspberry Pi G) Breadboard (half-size) Real: 82 × 53 × 10 mm Flat platform with space underneath for cables. H) DC Motors (TT Gear Motors ×2) Real: 70 × 22 × 18 mm Wheel: 65 mm diameter, 26 mm width Provide motor clamp, axle support brackets, and wheel wells. I) Servo motors (2× SG90) Real: 22.8 × 12.2 × 29.4 mm Create adjustable servo bays. J) MAX4466 microphone Real: 20 mm diameter × 7 mm height Top/front microphone port + cable tunnel. --- 3. INTERNAL FEATURES Main wiring tunnel 5–10 mm wide connecting all compartments. Ventilation channels around Pi and L298N. Shock-absorbing bottom ribs. --- 4. EXTERNAL FEATURES Sloped front with multi-sensor cluster (camera + thermal + ultrasonic). Side wheel wells. Smooth rescue-robot aesthetic. Rear opening for powerbank USB charging. --- 5. TOP LID Hinge system Latching lock Cooling vents Clearance for camera ribbon cables --- 🔵 END OF PROMPT Use this prompt to generate a complete 3D-printable chassis with accurate mounting spaces for all components.
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ayman1hour77
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