Xiaomi Robot Vacuum S10+ Singapore Price
Model B105
Item Dimensions 350×350×97 mm
Rated Power 55 W
Charging Time Approx. 6 hours
Net Weight (with Accessories) 4.4 kg
Net Weight (Robot Vacuum) 3.8 kg
Battery 4800 mAh (Rated Capacity)
5200 mAh ( Nominal Capacity )
Rated Voltage 14.4 V⎓
Charging Base Specifications
Model CDZ2101
Item Dimensions 130×126×93 mm
Rated Input 100-240 V~50/60 Hz 0.5 A
Rated Output 19.8 V⎓1 A
Drop sensor
Used to detect steps and drops
Robot will back up when the sensor detects a drop in height against typical media of approximately 85mm (white) or 15mm (black)
Ultrasonic sensor
Used to identify carpet material
LDS laser sensor
Used in image formation
Model in use is the D2M, the corresponding measurement distances are White: 0.15–8m and Black: 0.15–4m
Line laser sensor
Used to detect small obstacles
Laser can reach 50–400mm in a straight line
AI Visual identification sensor
Used to detect certain obstacles and furniture.
Extended edge sensor
Used along the wall
IMU Sensor
Robot vacuum motion status detection
Motion can be detected in the following areas:Acceleration ranges ±2g/±4g/±8g/±16g，Gyroscope ranges from ±125°/s to ±200°/s
Drive wheel lift sensor
Used to detect if drive wheel is off the ground
Detects if wheels are lifted and triggers the drive wheel to stop if lifted in motion
Air pressure sensor
Test for dust collection capacity and blocked ducts
*4000Pa Powerful suction fan blower: Data from Dreame Technology Laboratory. With the main unit fully charged, suction power was verified to reach 4000Pa with a vacuum tester.
450mL large-capacity dustbin: After manually filling the entire dustbin with standard plastic particles, emptying the dustbin and putting the plastic particles into a measuring tank, the three samples measured all held more than 450mL.
Battery life up to 2 hours: When fully charged and in Standard mode, the robot performed cleaning in a rectangular open space of 4x5m. Testing was performed three times in the same environment and under the same conditions and all results demonstrated more than 2 hours of cleaning time.
Cleans an area over 200sqm in one pass: When fully charged and in Standard mode, the robot performed cleaning in a rectangular open space of 4x5m. Testing was performed three times in the same environment and under the same conditions and all results demonstrated a cleaning area greater than 200sqm.
Pressure mopping: Compared with the Xiaomi Robot Vacuum 1C, when pressure-tested the Xiaomi Robot Vacuum S10+ with its dual pads produced greater ground pressure than the Xiaomi Robot Vacuum 1C.
*4 times the cleaning power: Compared with the Xiaomi Robot Vacuum-Mop 2, the cleaning power is 4 times greater. Actual usage may vary depending on conditions of use.
Cleaning an area of 150sqm with one pass: When fully charged with a full water tank, the robot in Standard mode cleaned a rectangular open space of 4mx5m. Each test was continued until the water in the water tank of the machine was depleted. Testing was performed three times in the same environment and under the same conditions. The mopped areas were all recorded as greater than 150sqm.
Equipped with a 200mL electronic control water tank: The water tank was filled with water and the water was then poured into a measuring cup and its level on the scale of the measuring cup was recorded. Three tests were performed on 3 prototypes respectively and the average value of the tested results was within the range of 200±10mL.
Margin of error of no more than 5mm: industrial-grade reflectors with different reflectivity were placed on a high-precision mobile sliding rail with movement precision of 0.05mm, and the range was 0–500mm. With the centre of the collision plate as the starting position (0cm)
Carpet edge identification: The robot can identify carpets with a thickness greater than 5mm. If there are carpets with a thickness of less than 5mm in the cleaning area, we recommend only cleaning the area after removing the mop pad tray, or marking the area as a no-go area. If there are special flooring materials (such as cobblestones) in the cleaning area, the robot may mistakenly identify them as a carpet and perform obstacle avoidance. We recommend only cleaning such areas after disabling the carpet identification function on the Xiaomi/Mi Home app.
.*All function displays on this page are for illustrative purposes and may differ from the actual product.
*The data on this page was provided by Dreame Laboratory unless otherwise specified.
450mL large-capacity dustbin: After manually filling the entire dustbin with standard plastic particles, emptying the dustbin and putting the plastic particles into a measuring tank, the three samples measured all held more than 450mL.
Battery life up to 2 hours: When fully charged and in Standard mode, the robot performed cleaning in a rectangular open space of 4x5m. Testing was performed three times in the same environment and under the same conditions and all results demonstrated more than 2 hours of cleaning time.
Cleans an area over 200sqm in one pass: When fully charged and in Standard mode, the robot performed cleaning in a rectangular open space of 4x5m. Testing was performed three times in the same environment and under the same conditions and all results demonstrated a cleaning area greater than 200sqm.
Pressure mopping: Compared with the Xiaomi Robot Vacuum 1C, when pressure-tested the Xiaomi Robot Vacuum S10+ with its dual pads produced greater ground pressure than the Xiaomi Robot Vacuum 1C.
*4 times the cleaning power: Compared with the Xiaomi Robot Vacuum-Mop 2, the cleaning power is 4 times greater. Actual usage may vary depending on conditions of use.
Cleaning an area of 150sqm with one pass: When fully charged with a full water tank, the robot in Standard mode cleaned a rectangular open space of 4mx5m. Each test was continued until the water in the water tank of the machine was depleted. Testing was performed three times in the same environment and under the same conditions. The mopped areas were all recorded as greater than 150sqm.
Equipped with a 200mL electronic control water tank: The water tank was filled with water and the water was then poured into a measuring cup and its level on the scale of the measuring cup was recorded. Three tests were performed on 3 prototypes respectively and the average value of the tested results was within the range of 200±10mL.
Margin of error of no more than 5mm: industrial-grade reflectors with different reflectivity were placed on a high-precision mobile sliding rail with movement precision of 0.05mm, and the range was 0–500mm. With the centre of the collision plate as the starting position (0cm)
Carpet edge identification: The robot can identify carpets with a thickness greater than 5mm. If there are carpets with a thickness of less than 5mm in the cleaning area, we recommend only cleaning the area after removing the mop pad tray, or marking the area as a no-go area. If there are special flooring materials (such as cobblestones) in the cleaning area, the robot may mistakenly identify them as a carpet and perform obstacle avoidance. We recommend only cleaning such areas after disabling the carpet identification function on the Xiaomi/Mi Home app.
.*All function displays on this page are for illustrative purposes and may differ from the actual product.
*The data on this page was provided by Dreame Laboratory unless otherwise specified.
