# myCobot 280 Jetson Nano

![1-1](../../resourse/2-serialproduct/2.1-280/JN/280JNtu.png) 

## 1 Profile

myCobot 280 Jetson Nano is a  six-axis collaborative robotic arm developed on the basis of myCobot 280 series. It is an official NVIDIA cooperative robot and adopts dual-core  control of JETSONNANO + ATOM.

myCobot 280 Jetson Nano weights 1030g, featuring a payload of 250g, and an arm span of 280mm. Although it is small-sized, it boasts multiple functions. It not only works various types of end effectors to conform to different applications, but also supports secondary development based on multi-platform softwares to meet the needs of **scientific research, education, smart home, business exploration**, etc.


## 2 Product Performance

### cooperative product with NVIDIA, dual-core main control of JETSONNANO + ATOM

- Jetson Nano, 1.5GHz quad-core microprocessor, running Debian/Ubuntu platform.

- Open angle, coordinates, speed, current, voltage, IO and other control interfaces.

### Supporting graphical programming and ROS

- The built-in ROS simulates the running state of the robotic arm, with super scalability.

- blockly visual programming, while supporting general Python software interface.

### Supporting figure recognition a number of accessories

- It has its figure recognition algorithm and is compatible with any type of camera.

- With different accessories such as monitors, gripper and sucking pumps to adapt to different application

### Unique industrial design and a compact structure

-   With an integrated design, it has a compact structure, weighting only 850g, which makes it portable.
-   Featuring a modular design and a concise shape, it is convenient to detach or change components so as to lower maintenance cost.
-   It can begin to work the moment plugged in.

### Powerful performance with LEGO interface equipped

- With 6 built-in servo motors, the product responds quickly and rotates smoothly due to little inertia.

- LEGO interfaces on the pedestal and end enable the development of micro embedded devices.