6DOF Robotic Arm Mechanical Arm with 6pcs KS-3620 Servos Gripper Claw Supports for PS2 Controller

6DOF Robotic Arm Mechanical Arm with 6pcs KS-3620 Servos Gripper Claw Supports for PS2 Controller

Features:
- The mechanical arm adopts 6pcs high-power digital servos, and the starting current is at least 2A.
- 6pcs quality KS-3620 digital servos are designed with aluminum alloy shell and high torque, ensuring smooth operation and no shaking. The angle of the servos is 180-degree.
- Its body is made of 1.5mm all-steel plates. The surface is treated with high-temperature baking paint. It is strong and does not deform.
- Large base makes it stable and easy to fix, making it easy to install a control board.
- Integrated design and small gap ensure the middle of the axis.

About Control:
- Electronic control system is not included.
- You can purchase the versions with a control board. The corresponding learning materials for the control board are provided.
- Due to time and cost constraints, we are unable to provide online Q&A. Purchasers are required to have some basic knowledge of electronics.
- The robotic arm can be used for software development and teaching. It can also be used as a toy to cultivate children's intellectual development. However, it cannot be used in industry.
- Users who prepare a control board by themselves should pay attention to the following parameters, otherwise the servos will not work. The pulse width of the control board is 500-2500μsec, and the power supply output from the control board to the servos should be 4.8-6.6V above 2A (remember that it is output to the servo, not the input before the control board). The mechanical arm uses high-torque digital servos, and it has relatively high requirements for starting current.

Packaging Details:
- G.W.: 1.5kg/3.3lb

Package Included:
- 1 x Assembled Robot Arm with 6 Servos

Note:
- Controller is not included.
- The robot arm has been assembled.
- Control board is not included. Other items pictured are not included, for demonstration purposes only. Thank you for your understanding!