Adopting TOF (Time of Fight) ranging technology, measuring distance according to the time-of-flight of the laser pulse. The maximum ranging distance can reach up to 25m to meet the demand of most commercial applications, and can reach the measurement accuracy of ±20 mm within the effective detection distance of 8m. With efficient algorithm logic to achieve 360° detection of the robots, autonomous mapping, and obstacle detection...

Open source for demo, schematic diagram and other resources of the adapter board, enabling personalized development and Lidar operation control, effectively prolonging its lifetime.

Adopts Coaxial brushless motor, quiet without friction, supports high-speed wireless data transmission with stable performance. Features a longer lasting lifetime up to 10000+ hours, meets the requirement of low failure rates in the projects.

 Longer Ranging Distance, Can Obtain the Environmental Information in A Farther Range, Ensuring The Large-Area Cruising And Mapping Capabilities Of the Robots

 * The ranging distance data is obtained by repeated measurements of STL27L and a target surface with 80.6% reflectivity under laboratory conditions.

Supports scanning at 10Hz and measuring distance at a rate of 21600Hz, effectively reducing navigation blind spots and improving scanning coverage

Supports glass wall detection at specific angles through multi-echo detection technology, reducing collisions during robot operation and increasing safety

Adopts excellent filtering technology to meet the use in 60Klux strong light, suitable for a variety of indoor and outdoor scenarios

It adopts a compact structure design, smaller size, lower power consumption, and can be embedded inside the robot to reduce the overall size and improve its passability.

To ensure the safety for humans and pets, a low power infrared laser emitter is used as the light source and is driven by modulated pulses, the laser completes the emitting action in a very short period of time, complying with the FDA Class 1 human eye safety rating