This is the world's first sweeper that hides LDS lidar inside the fuselage. The classic design elements cleverly constitute symbolic features and redefine the sweeping robot. The design change of the original sinking radar is more than 60% than that of the same category. In addition, two OLS radars and three lidars cooperate with aerospace-grade dToF scanning technology to achieve millimeter-level recognition accuracy. Embedded original indoor unmanned algorithm system, with wall extension, fall, mechanical collision and other sensor matrix, so that consumers further free hands.

The first sinking radar has an ultra-narrow and borderless modeling language, which visually conveys the exploration of the future. The integrated suspended structure of the collision circle and the radar window makes the product look scientific and technological. The internal modular design makes better use of space and post-sales maintenance. The ring decorative strip is decorated and matched. At the same time, the circle is also the form with the highest passability in the home environment. According to the working properties of the sensor, the material can be flexibly adjusted and the product can be self-adapted and adjusted.

This is the first indoor sweeper that can identify animal feces, achieving L4 unmanned millimeter-level induction accuracy. One LDS, two OLS lidar and aerospace dToF scanning technology can identify more than 1,000 kinds of items such as wires, slippers, pet feces, etc. Avoid the occurrence of wire jamming, wrong scanning and wrong touching during operation. There are also six sets of drop sensors and multiple omnidirectional stereo sensor matrices such as ultrasonic recognition and collision. The original map management function created by the artificial intelligence team may intelligently analyze and respond to different scenarios.