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DCC Bridge
Anonymous1771763932
02-22 19:43
Model Name
disaster rescue rover 3d model
Tags
vehicle
rendering
realistic
Prompt
Design a highly realistic, engineering-grade CAD model of a disaster-rescue rover with integrated Wi-Fi CSI based through-wall human detection system. The rover should look like a practical, manufacturable prototype, not a toy. The design must follow real mechanical engineering proportions and include visible mounting structures, wiring channels, and modular compartments. The rover base should use a rugged rectangular aluminum alloy chassis (brushed metal texture) with reinforced side frames and cross-beam supports. Include a visible suspension system suitable for uneven terrain, using either rocker-bogie style or independent spring suspension. Wheels should be large off-road rubber tires with deep treads, approximately 25–30 cm diameter, mounted on high-torque DC gear motors with visible motor housings and shaft coupling. Show realistic ground clearance of around 10–12 cm. On the top deck, include a modular electronics enclosure box made of matte black ABS plastic with ventilation slots and waterproof rubber sealing edges. The box should contain labeled sections for: • Microcontroller unit (ESP32 module mounted on PCB) • Wi-Fi CSI receiver and transmitter antenna system (dual external omnidirectional antennas, vertically mounted at rear corners) • Raspberry Pi processing unit (with visible heat sink) • Li-ion battery pack compartment with protective casing • Motor driver module (heat sink visible) • DC-DC voltage regulator module • Emergency power cutoff switch Add a front-mounted pan-tilt HD camera module in a protective transparent dome housing. The camera should be mounted on a small servo-based gimbal bracket with realistic hinge joints. Include side-mounted ultrasonic sensors (cylindrical dual-transducer style), front IR obstacle sensors, and a small LIDAR unit on top for navigation. At the rear, include a foldable telescopic antenna mast specifically labeled “Wi-Fi CSI Sensing Antenna Array” with two or three evenly spaced antennas for signal diversity. Add small realistic details: • Visible screw heads and bolt joints • Wire routing channels with cable ties • Cooling vents • Heat sink fins • Mounting brackets • Rubber shock absorbers • Power LED indicators • Waterproof gasket lines The rover should look field-ready for disaster environments like collapsed buildings. Add minor dust and surface wear texture to make it realistic but still professional. Scale the entire rover to approximately 60 cm length, 40 cm width, and 35 cm height. Render in clean industrial CAD style with accurate proportions, sharp edges, realistic materials, and exploded-view capability (if supported). Make it look like a final-year engineering prototype designed for real manufacturing. No cartoon styling. No sci-fi exaggeration. Realistic engineering aesthetic only.
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