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Asteroid
03-31 06:39
Model Name
robot rover 3d model
Tags
realistic
robot rover
simulation
simulation realistic
vehicle
vehicle realistic
vehicle simulation
vehicle simulation realistic
Input
Prompt
Convert this rover image into a mechanically accurate parametric 3D model suitable for robotics CAD prototyping and fabrication planning. The rover is a six-wheel differential drive inspection rover designed for indoor lunar habitat navigation using ROS2-based SLAM systems. The chassis consists of a dual-deck aluminum plate structure supported by four vertical adaptive suspension pillars positioned at each corner between decks. The pillars contain spring-assisted linear travel elements designed for moderate terrain adaptation rather than full lifting actuators. The rover uses three wheels per side in a rocker-link suspension configuration. Each wheel is powered by a 12V DC geared encoder motor similar to a JGB37-520 motor class with 6 mm D-shaft output. Wheel diameter should be approximately 90 mm. The lower deck contains mounting space for: Raspberry Pi 4 Arduino Mega motor driver modules battery pack power distribution board The lower deck includes a centrally mounted LDROBOT LD19 cylindrical LiDAR sensor positioned at the geometric center of the chassis for optimal SLAM mapping performance. The upper deck supports: a lightweight 6-degree-of-freedom robotic manipulator arm mounted near one corner a forward-facing monocular inspection camera mounted near the front edge an emergency stop button located on the top surface The robotic arm should include: base rotation joint shoulder joint elbow joint wrist pitch joint wrist roll joint gripper end-effector Deck spacing between lower and upper platform should be approximately 80 mm. Corner suspension pillars should have visible spring-damper travel range of approximately 50 mm. Chassis frame should be modeled using: 5 mm aluminum plates 2020 aluminum extrusion connectors M4 bolt fastening geometry Wheel suspension should use short pivot rocker arms with compact linkage geometry suitable for indoor inspection rover traversal rather than planetary exploration rocker-bogie scale geometry. Maintain realistic wiring routing channels and mounting brackets. Maintain symmetric structural geometry suitable for fabrication using CNC aluminum plates and 3D printed mounting brackets. Avoid decorative styling or sci-fi elements. Output the model as a clean mechanical assembly with separated components including: chassis wheels suspension arms pillar supports upper deck lower deck LiDAR mount robotic arm base plate Ensure correct real-world scale proportions suitable for a rover footprint approximately: 450 mm length 350 mm width 300 mm total height Return model suitable for export as: STEP Fusion360 SolidWorks or OBJ assembly with separated parts
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