Xiaomi Robot Vacuum S10 White

Main unit dimensions 350×94.5mm

Rated power 45W

Rated voltage 14.8V⎓

Charging voltage 20V⎓

Net weight 3.6kg

Collision sensor *2

Detect when the infrared signal is blocked to determine whether there are obstacles ahead.

Cliff sensor *4

The strength of the received infrared signal is used to judge height of the drop and prevent the robot from falling.

Effective detection range: 1–10cm

Speed sensor *2

Primarily designed to measure the wheel speed.

No distance measurement function

Induction sensor *1

Detect the presence of functional components (such as the water tank) through magnetic field induction between the sensor and a magnet.

No distance measurement function

Gyroscope (IMU) *1

Detect the position of the robot via a 3-axis gyro sensor.

No distance measurement function

Radar sensor *1

Use radar distance measurements to judge whether there are obstacles ahead and how far away they are, and assist the robot as it plans its path.

Specified range: approx. 0.16m–8m

Recharge sensor *1

Send and receive infrared signals to align the robot with the charging dock.

Effective range: approx. 4m

Disclaimer. We can not guarantee that the information on this page is 100% correct.

*8 metres: A standard 8 metre measurement was made using a laser ruler, after which stability software was used to read the test distance of the Delta-2 triangular radar. According to the test results, the maximum range is 8 metres. The test report was produced by Shanchuan Laboratory.

*6x360°/s: A tachometer was used to test the radar rotation speed and frequency. The measured speed was ≥360rpm, and the scanning frequency was 6Hz±0.1Hz. The test report was produced by Shanchuan Laboratory.

*2K/s: Stability software was used to test the sampling rate within a 1.7*1.7 metre testing area. The result was greater than 2K/s. The test report was produced by Shanchuan Laboratory.

*2.5%: A laser ruler was used to measure the standard distances of 5.5 metres and 8 metres, then stability software was used to read the test distance of the Delta-2 triangular radar and calculate the accuracy. According to the test results, the accuracy was -2.50% to 2.50%. The test report was produced by Shanchuan Laboratory.

*4000Pa suction: A voltage of 16.5V was applied, and a suction machine was used to test the suction at 8%, 12%, 19I% and 100% power. The test results showed that the greatest suction value was 4000Pa. The test report was produced by Shanchuan Laboratory.

*130 minutes: The robot was fully charged, set to cleaning mode, and run in an open environment until it returned to charge. The test results showed that the robot has a battery life of 130 minutes ±10% in Standard mode. The test report was produced by Shanchuan Laboratory.

The iOS version of the Mi Home/Xiaomi Home app (V6.7.200) is currently only compatible with iOS10.0 and above. To ensure the best possible user experience, ensure that your device is updated to the latest software version.

*Unless otherwise specified, all data on this page is sourced from Shanchuan Laboratory.

*The images on this page are for reference only and may differ from the actual product.

*The vacuum-mop will update its firmware to fix bugs or improve functions for better security and user experience. You can check whether the firmware is latest version on the settings page in Mi Home/Xiaomi Home app and select the firmware update method in settings. For the Firmware Upgrade and Support Policy, please visit Xiaomi Security Center (https://trust.mi.com/misrc/updates/iot?tab=update) for more details.