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Anonymous1771763932
02-22 19:41
Model Name
disaster-rescue rover 3d model
Tags
vehicle
rendering
realistic
Prompt
Design a fully realistic, mechanically accurate, manufacturable disaster-rescue rover prototype with dual independent caterpillar track systems and integrated Wi-Fi CSI based through-wall human detection system. The model must look like a real engineering final-year prototype ready for fabrication, not cinematic, not futuristic, not stylized. Overall Dimensions and Scale: Length: 600 mm Width (including tracks): 420 mm Height: 350 mm Ground clearance: 100 mm Chassis Design: Rectangular structural aluminum alloy chassis (6061-T6 style) with visible cross members and reinforced side rails. Thickness of frame elements approx. 4–6 mm. Include structural gusset plates at corners. Show bolt-fastened construction (hex bolts visible). Bottom protective skid plate installed for debris protection. Mobility System – Caterpillar Tracks: Two fully independent track modules mounted on left and right sides. Each track module must include: • One front drive sprocket (metal toothed gear type) connected directly to a high torque DC gear motor housing • One rear idler sprocket • Three lower load-bearing rollers evenly spaced • One upper return roller • Adjustable mechanical tensioning screw mechanism at rear • Rubber track belt 100–120 mm wide with aggressive industrial tread • Visible internal metal track guides • Suspension arms with coil spring dampers connected to chassis Motor housing must be cylindrical metal casing mounted with bracket plates. Show shaft coupling between motor and drive sprocket. Electronics Compartment (Top Deck): Sealed rectangular enclosure mounted centrally on vibration-isolation rubber standoffs. Material: matte black ABS or polycarbonate with: • Ventilation slots • Rubber waterproof gasket line • Visible mounting screws • Hinged removable top lid Internal Layout (visible through semi-transparent or slightly open lid if possible): • ESP32 development board (Wi-Fi CSI transmitter/receiver) • Dual external omnidirectional Wi-Fi antennas mounted vertically at rear corners • Raspberry Pi board with aluminum heat sink • Li-ion battery pack (6S configuration style enclosure) • Motor driver module with heat sink fins • DC-DC buck converter module • Emergency stop push button mounted on outer surface • Main power switch • Power distribution wiring with cable ties and routing clips RF System Design: Rear-mounted telescopic antenna mast labeled “Wi-Fi CSI Antenna Array” Include 2–3 vertical antenna rods spaced evenly for signal diversity. Mount on reinforced bracket plate. Camera System: Front-mounted pan-tilt camera module. Features: • HD camera inside transparent polycarbonate dome • Dual-axis servo gimbal bracket • Visible servo motors • Mechanical hinge joints • Protective frame cage around dome Sensor Array: • Two ultrasonic sensors at front (cylindrical dual transducer type) • IR obstacle sensors near lower front • Small cylindrical LIDAR module mounted top center • IMU module housing inside electronics box Structural Details: • Visible hex bolts and washers • Aluminum mounting brackets • Rubber vibration dampers between electronics and chassis • Cable routing channels along inner frame • Zip-tied wiring bundles • Heat sink fins on power modules • Cooling airflow vents • Protective metal mesh over vent openings • Rear towing hook • Side carry handles integrated into frame Surface Finish: Brushed aluminum chassis Matte black electronics housing Textured industrial rubber tracks Minor dust and light surface wear to indicate field deployment No rust, no heavy damage Mechanical Realism Constraints: Accurate mechanical proportions Correct track geometry and tension alignment No floating components All components physically mountable Realistic spacing between rollers and sprockets No sci-fi styling No exaggerated weapons No decorative lighting Environment Style: Neutral studio CAD render with clean background Engineering presentation style Sharp edges and realistic materials Prototype-level industrial design The final model must look like a functional rescue rover designed for collapsed building navigation and through-wall Wi-Fi sensing research.
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