The customer-centric design empowers you to embrace high-performance controllers and high-quality components like never before.
Here are three major categories of the peripheral components: perception modules, power modules and execution modules, including laser, camera, battery, driver, safety devices and more. These combined modules offer exceptional functionality, ultimate ROI, superb adaptability and integrated algorithms.
Laser Radar
Radar sensor meets the market demand for indoor and outdoor automation scenarios such as commercial buildings, hospitals, airports, ports, factories and logistics centers. The combination of high precision, high flexibility, high stability and the compatibility of multi-robot coordination system will become the symbol of the global intelligent robots applications.
the 360 degree laser range scanner; the modular system for realizing autonomous localization and navigation; general purpose service robot platform.
A new category of LiDAR that integrates map construction and real-time positioning, including the latest high-performance SLAM engine and LiDAR, without any external dependencies, ready to use upon power up. Suitable for multiple fields such as robot navigation and positioning, environmental surveying, handheld measurement, etc.
By adopting high-performance SLAM graph optimization engine and refined mapping technology, high-precision map construction and real-time positioning of up to 100000 square meters can be achieved, and active detection of closed-loop and map correction can be carried out. Capable of handling various complex mapping and positioning application scenarios, outputting maps and positioning data that meet user expectations.
Equipped with a 9-degree-of-freedom inertial navigation system, it can work normally in handheld mapping modes with high and low undulations and tilt angles, ensuring the best mapping data quality. At the same time, it can adapt to high-speed movement and support a maximum movement speed of 2m/s.
Whether it is a complex indoor environment or an outdoor strong light direct environment, the system excellently demonstrates its ability to construct and locate maps of complex indoor and outdoor scenes.
Provide comprehensive cross platform SDK development packages, mobile and PC evaluation tools to facilitate users’ evaluation, development, and use. Combined with the supporting ROS driver, the generated maps and positioning data can be seamlessly integrated into the ROS environment.
In addition to its built-in mapping and positioning functions, it can also be directly used as a LiDAR sensor
By using SDK or ROS node, laser radar data can be quickly integrated into the user’s existing system.
Built in AP/Station dual-mode WiFi and 100M Ethernet interface. Through the accompanying mobile app,
Real time access to maps and location data generated by the system can be obtained.