Robot chassis(001)

The robot chassis is a combination of multiple technologies and functions, integrating software and hardware, and carrying multiple functions such as positioning, navigation and obstacle avoidance of the robot. The fully open SDK supports secondary development, reduces the cost of enterprise R&D investment, and shortens the product development cycle.

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Product Properties-1(001)

Product Properties-2(001)

◎ Large carrying capacity, maximum support 60KG

◎ Excellent obstacle crossing ability

◎ Multiple reserved interfaces, strong scalability

◎ Accurate indoor navigation and positioning

◎ Rich scene application

◎ Super battery life, automatic charging

◎ Has very strong stability

◎ ±5cm navigation and positioning accuracy

What are the benefits of using a robot chassis?

1. The robot chassis is a multi-hardware integrated body that supports secondary development, which can reduce the R&D investment of robot companies, and has a complete technical team for development guidance.

2. The modular design of the chassis has high integration, better stability and more reliability.

Product Features(001)

Open SDK platform, provide API interface

Open platform, providing application development and SDK, allowing more developers to easily create robots

Cloud service platform, remote deployment

Start the remote debugging mode locally and build the indoor navigation map.

Automatically return to charging

Low battery will automatically return to the charging station for charging.

lower the cost

Shorten the product development cycle and reduce the cost of enterprise R&D investment.

Intelligent obstacle avoidance

Lidar sensor, flexible obstacle avoidance.

Open SDK platform(001)

The robot chassis opens the SDK platform, provides API interfaces, provides users with a variety of technical support, breaks the limitations of traditional technology research and development, and reduces the development cost and investment of robot enterprises. Based on the robot chassis technology, users can realize independent customization, research and development design.

Smart obstacle avoidance(001)

Laser SLAM and V-SLAM fusion, flexible obstacle avoidance

(Intelligent planning path + autonomous obstacle avoidance +Ultrasonic sensor)

3D camera

3D camera anti-collision design, accurate identification of the surrounding environment, autonomous obstacle avoidance, stable operation and safer

Lidar

The radar can detect a range of 25 meters and a detection angle of 270°.

Precise positioning

Completely automatic indoor navigation,Positioning accuracy reaches 5cm, intelligent obstacle avoidance within 0.5 seconds, stable and safe operation。

Autonomous route planning

Autonomous route planning(001)

According to the actual needs, robot customizes the route.

You can customize the target location on the navigation map interface, and the robot will automatically plan the optimal route. laser SLAM+V-SLAM fusion technology, more accurate positioning. The combination of laser radar and visual positioning makes positioning more accurate.

Remote deployment

Global unique remote and convenient deployment capability.

Remotely build indoor maps of robots, visualize virtual wall settings,convenient and efficient.

Through the cloud service platform, the robot is connected and controlled remotely, and the navigation map is constructed visually throughout the process, reducing the response time of operation and maintenance services, allowing the robot to be put into use in a shorter time, saving time and cost.

Applicable scene

1.Subway stations, high-speed rail stations, airports, customs ports.

2.Hospitals, Banks, Government Halls, Restaurants, Shopping Malls

3.Logistics, Warehousing, Factory, Workshop

4.School, Restaurant

5.Building hall and Exhibition Center

Applicable scene