6DOF Aluminium Mechanical Robotic Arm

The 6DOF Aluminum Mechanical Robotic Arm is a versatile and robust platform engineered for a wide range of robotics applications. Featuring six degrees of freedom , the arm enables complex movements such as rotation, lifting, and gripping, closely mimicking the motion of a human arm. Its structure is built from high-quality aluminum alloy , offering excellent durability while keeping the overall weight low for efficient servo operation. Each joint is designed to accommodate standard servo motors , providing precise control over every axis of motion. The included MG996R servos deliver strong torque suitable for lifting and manipulation tasks. The arm is fully compatible with Arduino, Raspberry Pi , and other popular microcontrollers, making it an ideal choice for robotics education, industrial simulation, prototyping, and DIY automation projects . The modular design allows easy assembly, customization, and future upgrades, while the corrosion-resistant aluminum ensures long-term reliability in both classroom and workshop environments. Specifications Degrees of Freedom: 6 (base rotation, shoulder, elbow, wrist motions, and gripper) Material: High-strength aluminum alloy Included Servos: 6x MG996R servo motors Servo Compatibility: MG996R, MG90S, and similar standard servos Controller Compatibility: Arduino, Raspberry Pi, and other microcontrollers Frame Type: Modular, lightweight, corrosion-resistant Mounting: Suitable for platforms and robotic bases Package Contents: 1x Aluminum gripper 6x MG996R servo motors 5x Hard aluminum multi-function brackets 2x Hard aluminum U-shaped brackets 3x Hard aluminum U-shaped long brackets 1x Hard aluminum L-shaped bracket 3x Ball bearings 6x Servo hubs 4x Servo extension cables 1x Pack of nuts and bolts for assembly Applications Robotic arm training and education Industrial automation simulation Object sorting and manipulation tasks STEM projects and robotic competitions Pick and place systems Human-machine interaction and control experiments Prototyping for manufacturing and research