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Anonymous1764269064
11-27 18:56
Model Name
robotic car 3d model
Tags
realistic
rendering
rendering realistic
robotic car
vehicle
vehicle realistic
vehicle rendering
vehicle rendering realistic
Prompt
Design a professional, enhanced rescue robot for debris exploration and locating people. The robot should include an external shell, internal compartments for all components, wheels, vents, lid, and cable management, without including the actual models of the components—only empty spaces/slots sized to fit the real components with a small margin for mounting. Chassis - Shape: Rectangular, low and wide for stability. - Dimensions: 180mm (length) × 140mm (width) × 40mm (height) - Wall thickness: 3mm, rounded edges for 3D printing. - Include removable lid: 3mm thick, with hinges on rear and locks on front. - Include internal ribs/supports to secure compartments. Wheels and Axles - Two main wheels: diameter 65mm, width 15mm, mounted on DC motors. - One front caster wheel: diameter 32mm, width 7.5mm. - Ensure ground clearance 10–15mm for rough terrain. - Wheels aligned with motor mounts for stability. Internal Compartments / Slots (with margin for mounting) - Raspberry Pi 4 with cooler: slot 92 × 62 × 22mm, central placement, elevated 5mm from chassis floor, ventilation above slot. - Powerbank: slot 112 × 57 × 22mm, left side of chassis, with cable openings toward Raspberry Pi and motor driver. - Motor driver: slot 67 × 52 × 17mm, near motors for minimal wire distance. - DC Motors (x2): slots 72 × 24 × 20mm, front corners, clearance for wheels and axles. - Servo Motors (x2): slots 42 × 22 × 22mm, mounted internally for mechanism control. - Breadboard: slot 87 × 57 × 12mm, near Raspberry Pi for sensor connections. - Ultrasonic sensors: slots 22 × 17 × 17mm, front-facing, centered horizontally at mid-height of chassis. - MLX90640 thermal camera: slot 16 × 12 × 12mm, front-top of chassis. - RGB Camera: slot 20 × 14 × 14mm, next to thermal camera with slight offset. - Microphone: slot 20 × 15 × 15mm, front-center inside chassis with cable path. Cable Management - Include holes and channels for all connections between motors, servos, sensors, Raspberry Pi, powerbank, and motor driver. - Channels designed not to interfere with moving parts. Vents - Series of vents above electronics for airflow: 6mm × 80mm, spaced evenly with structural support in between. Lid - Removable, 3mm thick, hinges rear, locks front. - Ventilation above Raspberry Pi and powerbank slots. Internal Ribs / Supports - Ribs placed to prevent sliding of components and to reinforce chassis. - Extra supports for heavier components (Raspberry Pi, powerbank, motors). Aesthetic Design - Smooth rounded edges. - Symmetrical layout for balance. - Clean integration of wheels, vents, and sensor mounts without protrusions. Notes - All measurements in millimeters. - Each slot slightly larger than actual component (+1–2mm per dimension) for easy mounting. - Design must accommodate 3D printing tolerances. - Maintain low, wide profile for stability on rough terrain. - No actual models of the components are included; only empty spaces/slots for placement.
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Anonymous1764269064
Anonymous1764269064