Hollow Pipe Stickman Robot Multi-Part Assembly

Design a slim, 600 mm tall, stickman-style robot using **hollow cylindrical pipes with a matte bronze-brown finish**. Keep the chest narrow, arms and legs long and thin, and the overall design lightweight and minimalistic. * **Body structure:** Use hollow circular pipes for the torso, upper arms, forearms, thighs, and lower legs. * **Servo motors:** Create sufficient internal space inside the pipes to accommodate servo motors, mounting brackets, screws, and wiring. * **Joints:** Design mechanical servo-driven joints for the shoulders, elbows, wrists, hips, knees, and ankles. * **Rod connections:** Use cylindrical rods, pivot shafts, and compact brackets to connect the pipes at each joint. * **Joint design:** Use compact black mechanical joints with servo horns and proper mounting points. * **Head and feet:** Keep the head small and the feet compact. * **3D printing:** Divide the structure into separate, printable pipe segments, joint housings, servo brackets, and connectors. * **CAD assembly:** Make all components mechanically connectable, with appropriate clearances and movable joints. **Important:** Do not create a bulky humanoid or solid limbs. Maintain a slim mechanical stickman appearance with hollow brown pipes and visible black joints. Design actual internal servo mounting spaces rather than merely decorating the exterior. Generate an editable 3D CAD assembly with separate components suitable for 3D printing, physical assembly, and joint-motion simulation.

Parameters

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