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Anonymous1770625234
02-10 17:53
Model Name
autonomous mobile robot 3d model
Tags
vehicle
rendering
realistic
Prompt
Design Overview: Protanetix AMR The unit is an Autonomous Mobile Robot (AMR) featuring a 4-wheel drive (4WD) chassis integrated with a 4-axis robotic manipulator. It utilizes an industrial-tech aesthetic, characterized by a "cobalt blue" and "matte charcoal" color scheme with exposed functional hardware. Structural Components Mobile Base: A low-profile rectangular chassis with reinforced fender flares. It features high-traction, deep-tread rubber tires mounted on blue alloy rims. Robotic Arm: A central-mounted, multi-jointed white robotic arm equipped with a 2-finger parallel gripper. A secondary sensor/camera is mounted atop the "elbow" joint for top-down spatial awareness. Sensor Suite: * Front: A triple-lens stereoscopic camera array for depth sensing and SLAM (Simultaneous Localization and Mapping). Rear: An integrated I/O panel featuring USB 3.0 ports, HDMI, toggle switches, and an active cooling fan for the internal processing unit. Prompt for AI Design Tools For high-fidelity generation in tools like Midjourney, DALL-E 3, or Stable Diffusion, use the following technical prompt: Prompt: A professional 4-view orthographic studio product photography of a high-tech Autonomous Mobile Robot (AMR). The robot features a matte charcoal chassis with cobalt blue accents and large rugged 4WD tires. Mounted on top is a sleek white 4-axis industrial robotic arm with a precision gripper. Visible sensor arrays including stereoscopic cameras on the front and a detailed I/O interface panel on the rear with ports and cooling fans. Laboratory background, soft cinematic lighting, 8k resolution, industrial design aesthetic, clean lines, photorealistic, hyper-detailed mechanical parts. Technical Specifications for 3D Modeling If you are generating a 3D file (OBJ/STEP) or using a CAD-integrated AI, focus on these parameters: Category Specification Drive System 4WD Independent suspension simulation; Ackerman or Differential steering geometry. Arm Kinematics 4-DOF (Degrees of Freedom) plus end-effector; cylindrical workspace. Chassis Style Modular "skid-steer" form factor with a flat-top mounting plate. Materials Anodized aluminum (blue), Powder-coated steel (grey), ABS plastic (white arm).
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