Wheeled quadruped robotic chassis + Dual-track climbing system flexibly to various complex terrains. 14 sets of powered-systems provide exceptional stability and obstacle-crossing capabilities, making it effortless to navigate stair steep slopes, and rugged surfaces as if it traversing flat ground.
Detect obstacles through LIDAR, gyroscopes, etc., to construct the spatial morphology and determine the spatial position. Making use of the unique models and algorithms to control the deformation and movement of the robot, achieving fully automated control during the process of going up and down stairs, crossing slopes, traversing road shoulders and so on, truly realizing intelligence, comfort, and safety.
Featuring the industry-first Prow Stabilization System, this seat integrates gyroscopic sensors with a proprietary spatial safety algorithm to achieve automatic balance on all complex terrains.
And the machine can implement 360° omnidirectional steering on slopes, steps, and rugged paths while maintaining stable.
