The function of the gyro navigation system in the gyro navigation robot vacuum is to decide the walking direction. It cooperates with the operation state of the indoor navigation system and the walking motor and accurately locates the coordinates.
Our smart gyro robot vacuum has accurate gyro navigation and can set maps of your home. With the function of room mapping, our smart gyro navigation robot vacuum can plan zig-zag cleaning paths. Due to its 7 specialized sensor groups, our smart gyro robot vacuum can avoid stairs, walls, and any other obstacles. You can control it from your phone including auto cleaning, edge cleaning, schedule cleaning, etc.
Features Gyroscope Technology for gyroscope navigation vacuum to Optimize Cleaning Routes, military-grade gyroscope, fast mapping, and accurate positioning
Zig-Zag cleaning path, efficiently cleaning the entire house with the best paths
V-shaped roller brush, advanced side brushes for gyroscope navigation vacuum capture 15% more dir, perfect level of cleaning performance
Vacuum, sweep, mop 3 in 1, 3-level smart electric control water tank for gyroscope robot vacuum.
Brushless motor with cyclone strong suction power, 3 level suction power-adjustable, app control
E30/E31/E35 automatic vacuum robot has a gyro navigation system, the gyroscope maps your home's layout and will remember the areas it has already reached navigation gyroscope, and systematic cleaning pattern.
Yes. E30/E31/E35 smart gyro robot vacuum has Gyro mapping technology, the cleaning path is zigzag, without repeat cleaning.
Yes. When battery power gets low, the gyroscope robot vacuum automatically returns to its charging dock, all by itself.
A gyroscope is "a device containing a rapidly rotating wheel or circulating beam used to detect an object departing from its intended direction". Gyroscopes can sense changes in the direction of the gyro navigation robot vacuum and are often used to automatically guide objects. They are often found on a compass, ships, and other autonomous driving systems on aircraft, as well as various objects that may require steering devices.
The sensors used by the gyroscope navigation robot vacuum cleaner for carpet and hardwood, which consist of gyroscope, infrared sensor, collision detection module, floating switch module, and edge walking detection module, are all cooperating to improve the comprehensive performance of the gyroscope robot vacuum. The moving variable can be calculated by the direction of the gyroscope and the moving path of the motor.