TW-R15 Intelligent Dual Dynamic Navigation Robot Vacuum Cleaner and Mop with 3500Pa Power

Overview[SLAM Navigation vs Gyro Only Navigation] The majority of robot vacuum cleaners use Gyroscope to identify the direction of the movement and infra-red and mechanical sensors to identify obstacles. However with only gyroscope, the cleaning path is not optimized meaning that some areas may not be covered while the robot may go over certain areas several times. With the introduction of SLAM technology (simultaneous localization and mapping) and incorporating a processor and memory into the robot, the data from the gyroscope, infra-red sensors and wheel movement are processed together to determine the exact path that the robot is taking and the location of the walls and obstacle . The data is saved in the memory of the robot to ensure that it does not go over the same lines but to cover the whole surface. TW-R15 is equipped with the latest SLAM algorithm producing a similar cleaning efficiency as the robots with laser navigation. ------------------ [Dual Dynamic Navigation with Bow Shape Pattern] Normal Gyro robots take a zig zag and random path or start with a bow shape movement but after encountering any obstacle, they wonder off to a different direction. TW-R15 SLAM algorithm enables the robot to follow a bow shape cleaning path the whole time and correct as it encounters any obstacle. Only with a bow shape cleaning path the robot is able to cover the whole surface area. ----------------- [Extremely Powerful] TW-R15 robot vacuum cleaner is equipped with one of the latest motors creating a max suction pressure of 3500Pa which is more than enough for any size particles. At the standard mode with 3000Pa, the vacuum robot can remove almost any size dirt and debris that you may usually see in homes. In the silent mode, which is perfect for running at night or while watching TV, the robot still produces 2200Pa of suction while working at a very lose level noise.