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03-27 10:58
Model Name
robot 3d model
Tags
machine
machine realistic
machine rendering
machine rendering realistic
manipulator
mobile
realistic
rendering
rendering realistic
robot
Prompt
A highly detailed, industrial-grade Autonomous Mobile Manipulator (AMM) robot, rendered in a strict, symmetrical A-pose. CRUCIAL: The model must be entirely rigging-ready and animatable. All mechanical joints (shoulders, elbows, wrists, hips, and wheels) must have clear, distinct articulation points with separated geometry. Do not fuse or melt moving parts together; leave visible mechanical gaps or rotary hinges at every pivot point. > The design is utilitarian, rugged, and futuristic. Color palette: matte aluminum, dark grey carbon fiber accents, and high-visibility industrial orange highlights. Clean hard-surface topology, high-resolution mechanical details. Head Area: A compact sensor head featuring a sleek horizontal glass visor housing stereo depth cameras. On top is a puck-shaped 360-degree LiDAR sensor. The neck is a distinct pan-tilt mechanical joint with clear clearance for rotation. Torso (Upper Body): A broad, angular chest made of protective metal paneling, with an embedded rectangular digital display screen in the center. The back has heat-sink vents. Arms & Shoulders: Heavy-duty robotic arms with exposed, distinct rotary joints at the shoulder, elbow, and wrist. The upper arm is thicker, tapering down to the lower arm. The hands are industrial 3-fingered adaptive mechanical grippers with separated fingers that can be rigged to open and close. Hips & Height-Adjustment Mechanism: The junction between the torso and the lower body features complex, exposed electrical actuators for height reduction. Show distinct linear actuators (electric pistons) and sliding rail tracks. The hip support brackets are engineered to visually slide down into the central leg assembly. Lower Body/Pillar: The hips connect to a thick, telescopic central cylindrical pillar that acts as the robot's spine. The pillar has visible concentric sliding segments with distinct seams so they can be animated retracting downward. Mobile Base: The central pillar mounts onto a heavy, trapezoidal mobile AMR base with a rugged bumper. It houses four distinct, fully separated industrial Mecanum wheels, ensuring the wheels are not fused to the base or the wheel guards, allowing them to spin in an animation.
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