Discover the amazing 6 DOF 25KG Digital Servo Educational Desktop Robotic Arm V2, the upgraded version of our well - loved robotic arm. Ideal for students, educators, and hobbyists, it features top - notch 25kg torque servo motors, durable aluminum alloy parts, and a wider power supply range. Compact and light, it can handle heavy loads effortlessly, making it a versatile choice for various tasks.
The V2 is factory - assembled and calibrated, so you can start your projects and learning right away. With high precision and reliability, it's a must - have for those aiming to level up their projects.
The 25KG high - quality, high - torque servo motors are a key highlight. They offer excellent performance and durability, ensuring your projects are completed accurately and efficiently. This is a significant upgrade from the previous version.
Metal ball bearings and metal servo horns enhance the arm's reliability and flexibility. The metal servo horns ensure smooth torque transmission, reducing jitter and improving accuracy. Miniature metal ball bearings at joint rotation points boost overall performance.
We've included an extra screws kit and 6 servo extension cables. The spare screws and Allen wrench are great for emergencies, preventing damage from loose screws. The servo extension cables allow for more flexible connections in your projects.
Don't miss this chance to upgrade your skills and enhance your projects with this robotic arm. Its high - quality components, ease of use, and versatile capabilities make it a valuable addition to any workspace. Order now and enjoy the convenience and efficiency of this top - notch robotic arm.
SPECIFICATION
Status Parameters
Installation Status: Fully installed
Degrees of Freedom: 6 degrees of freedom
Power Parameters
Power Supply Range: DC 4.4V - 8.4V
Power Consumption: >2000mA
Rated Voltage: 5V
Mechanical Specifications
Arm Part Material: 2mm Aluminum Alloy/Brushed Oxidation/Natural Color
Gripper Part Material: 3mm Aluminum Alloy/Sandblasted Oxidation/Natural Color
Servo Horn: Aluminum Alloy
Bearings: Metal Rolling Bearings
Base Servo Motor Specifications
Model: TD - 8125MG
Rotation Angle: 270 degrees
Static Current: 40mA
No - load Current: Typical 210mA, Maximum 260mA
Stall Current: Typical 2600mA, Maximum 3400mA
Stall Torque: Typical 23.5kg.cm, Maximum 26.8kg.cm
PWM Control Range: 500us - 2500us (0 - 270 degrees), Midpoint 1500us
Quantity: ×1
Upper Arm, Middle Arm, Forearm, Gripper Servo Motor Specifications
Model: TD - 8125MG
Rotation Angle: 180 degrees
Static Current: 40mA
No - load Current: Typical 210mA, Maximum 260mA
Stall Current: Typical 2600mA, Maximum 3400mA
Stall Torque: Typical 23.5kg.cm, Maximum 26.8kg.cm
PWM Control Range: 500us - 2500us (0 - 180 degrees), Midpoint 1500us
Quantity: ×5
Other Specifications
Product Dimensions: Approximately 37cm × 11cm × 12cm (arm extended to the farthest end)
Product Weight: 950g (±100g)
Using the 6 DOF 25KG Digital Servo Educational Desktop Robotic Arm V2 is a breeze. Since it's fully assembled and calibrated at the factory, you can start using it right out of the box. Just connect it to a power source within the DC 4.4V - 8.4V range and you're ready to go.
When operating, keep in mind the rotation angles of the servo motors. The base servo motor has a 270 - degree rotation, while the upper arm, middle arm, forearm, and gripper servo motors have 180 - degree rotations. This will help you plan your projects accurately.
As for safety, make sure to use the extra screws kit in case any screws become loose. Loose screws can cause damage to the arm, so check them regularly. Also, don't overload the arm beyond its 25KG torque capacity.
For maintenance, keep the arm clean. Wipe it down with a soft cloth to remove dust. The metal ball bearings and servo horns are durable, but if you notice any unusual noises or reduced performance, it might be a good idea to check these parts. Store the arm in a dry place when not in use to prevent corrosion of the aluminum alloy components. With proper use and care, this robotic arm will serve you well for a long time.
