Remote Control Square Robot Chassis

Product Details ofRemote Control Square Robot Chassis

Remote control Square Robot chassis,open SDK, provide API interface, and provide users with technical support for secondary development. reduce development costs, Users can match different applications according to actual needs without external environmental adjustments. They are mainly used in robotics research, education and teaching platforms, logistics storage and transportation, Indoor mobile platform remote control and other fields.  

1. SLAM2.0 navigation and positioning system, high positioning accuracy.

2. Open SDK, provide API interface, support secondary development, and provide abundant teaching materials and application examples.

3. 40000㎡ super large construction area, wider application scenarios

4. Independently take the elevator (optional) to work across floors.

5. Cloud service platform, remote navigation deployment

6. Autonomous obstacle avoidance function

7. When the battery is low, it will automatically return to charging

Why do robot companies choose navigation chassis?

1. The navigation chassis has a mature and stable navigation system solution

2. No need to invest a lot of scientific research personnel, saving labor costs

3. Open SDK for navigation chassis, and use of multiple interfaces, with stronger expansion performance

4. Independently design customized products according to actual needs

5. The professional technical team will answer your questions throughout the process

Due to different application scenarios, the robot can move autonomously in an orderly manner instead of walking blindly. You only need to customize the target point on the map interface of the robot background, and the robot will locate in real time according to the visual positioning code to maintain accurate positioning at all times.

Robot chassis products support remote mapping. The chassis Android and the computer need to be on the same network. By connecting to the network and entering the robot serial number on the local computer, the robot can be connected and controlled, visualized map construction and virtual wall editing can be performed, which shortens response time and saves costs.