Humanoid Robot Hand-Five Fingers/Metal Manipulator Arm/Mini Bionic Gripper with accessories Left and Right Pair

Left and Right Metal Bionic Robot Hand (Five-Finger Manipulator Arm Pair)

The Left and Right Metal Bionic Robot Hand is a precision-engineered five-finger robotic manipulator pair designed for humanoid and robotic arm projects. Made from durable metal components, this pair of hands provides excellent strength, flexibility, and realism for robotic arm assemblies, educational projects, and hobbyist robotics.

Each hand features five movable fingers linked together to move simultaneously, mimicking natural hand motion. The set includes both left and right hands, along with mounting accessories, making it ideal for integration with Arduino-controlled humanoid robots, bionic projects, and gripper systems.

Features

• Pair of left and right five-finger robotic hands

• All-metal construction for strength and durability

• Mini bionic hand design – ideal for humanoid robots and robotic grippers

• Simultaneous finger movement for natural gripping motion

• Compatible with Arduino, Raspberry Pi, and other servo control platforms

• Includes mounting accessories and hardware for easy assembly

• Great for DIY, educational, and prototype robotics

Specifications

• Material: Metal

• Type: Left and Right Hand Pair

• Fingers: 5 per hand (linked for simultaneous motion)

• Control Compatibility: Arduino, microcontrollers, and servo-based systems

• Electronics: Not included (requires servo and controller setup)

Package Includes

• 1 × Left Metal Bionic Hand

• 1 × Right Metal Bionic Hand

• 1 × Set of Mounting Accessories and Hardware

Applications

• Humanoid and bionic robot projects

• DIY robotic arm and manipulator systems

• Arduino and Raspberry Pi-based robotic control

• Educational robotics and research projects

Notes

• No electronics included – servos and control boards must be added separately.

• Recommended for experienced builders or educational setups involving servo control.

• Product images are for representation; actual product may vary slightly.