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Tracked robot 3D Models

Find the best Tracked robot 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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A detailed 3D CAD model rendering of a heavy-duty industrial tracked UGV designed for a 200kg payload. The chassis is constructed from welded reinforced steel beams with wide, rugged rubber continuous tracks and heavy suspension. Mounted securely on the top deck is a large, industrial-grade galvanized steel feed silo with a conical bottom base. It features a hinged access lid on top and a motorized auger screw dispensing mechanism at the bottom rear, leading to a discharge chute. The silo structure is heavily braced to the chassis. Industrial grey metal and yellow safety accent colors. Isometric view, clean studio background.
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Create a highly realistic engineering-grade 3D model of a tracked solar panel cleaning robot with precise real-world dimensions and functional mechanical accuracy. REAL DIMENSIONS: - Body length: 60 cm - Body width: 45 cm - Total height: 25 cm - Brush width: 50 cm - Brush diameter: 12 cm - Track width: 8 cm each - Ground clearance: 3 cm - Support rollers diameter: 10 cm - Water spray bar length: 50 cm FRONT ASSEMBLY (PRIMARY FOCUS): At the very front of the chassis, install a cylindrical rotating brush mounted horizontally across the width. The brush must be perfectly round, roll-shaped, and engineered with dense nylon bristles. Include shaft axle, bearing housings, mounting brackets, and motor coupling. Above the brush, mount a rigid spray bar containing multiple evenly spaced water nozzles directed downward onto the brush. Include realistic hose routing from rear tank to spray bar with clamps and fittings. CHASSIS: Rectangular industrial metal frame with bolts, seams, panel lines,
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A robot with a left arm, a right arm, a left hand, a right hand, four fingers on each hand, the robot moves on caterpillar wheels.
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Create a realistic 3D model of a tracked robot
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Create a highly detailed 3D render of a tracked robot by combining two reference images. The first image represents the TOP VIEW of the robot: - Microcontroller board mounted on a breadboard - Motor driver module on top - Battery holder - Wires neatly routed - Compact electronics layout The second image represents the BOTTOM VIEW of the robot: - Dual DC motors - Rubber tank tracks on both sides - Metal chassis plate - Mechanical structure clearly visible Merge both views into ONE complete 3D model: - Correct proportions between electronics and mechanical parts - Electronics placed on top of the chassis - Motors aligned with the tracks - Clean cable management - Realistic materials (metal, rubber, PCB, plastic) Style: - Realistic industrial 3D - Product design / engineering prototype - Neutral background - Soft studio lighting - High resolution - Accurate depth and perspective Camera: - 3/4 isometric view - Slight top-down angle to show both electronics and tracks
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