●  Power, coal mines, computer rooms, parks, campuses and other scenarios

●  L4 low-speed unmanned driving at the campus level

●  Full coverage of indoor and outdoor areas

Goose Inspection Robot

Centimeter-level indoor and outdoor high-precision positioning

        The self-developed high-precision positioning algorithm can achieve centimeter-level high-precision positioning without relying on GPS and RTK, overcoming the obstacle of no GPS signal indoors, with high robustness and reliability.

         It can quickly adapt to flexible and changeable scene requirements (such as vegetable markets, gymnasiums, communities, schools, etc.), truly achieving full coverage indoors and outdoors.

        The self-developed perception and planning algorithms have the characteristics of long perception distance and wide planning area. The Big Goose patrol robot can realize global operation planning from starting point to key point within the kilometer-level inspection range (such as tracking, obstacle avoidance, automatic charging, warehousing, etc.), and plan the safest and most efficient execution trajectory based on the data obtained from environmental sampling.

        The self-developed control algorithm enables the robot to accurately track the local trajectory output by the planning module, and conducts field and online verification of the control indicators of the Big Goose Inspection Robot, such as response time, control time, and overshoot.

        The Big Goose Robot performing inspection tasks will continuously locate and analyze obstacles, correct the route in time, and easily respond to emergencies (such as pedestrians suddenly appearing to block the way), ensuring the safety and efficiency of the operation.

Standardization and modularization

*All measurements are in millimeters. The size diagram is for reference only, and the appearance and configuration are subject to the actual product sold.

Product parameters