
UltraExtend, Less Blind Spots
TripleUp Tech
10cm Obstacle Crossing
DuoBrush + 42,000Pa
Deep Mopping System
Two Cameras, Smart Avoidance
320+Types of Objects
Proactive Light Dirt Detection: Spot and Strategize
of Objects
Greater Flexibility. Wider Coverage.
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DREAME X60 Ultra Extreme
- Up to 146° Swing Range.
- Dual Joints. Greater Reach.
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Others
- Fixed Design. Limited Reach.
Pioneering Technology Iteration Plan
1.0 MopExtend Technology—Originated by Dreame
Dreame launches the industry's first mop extension system for true edge cleaning and new coverage standards.
2.0 MopExtend RoboSwing — Deeper Into Corners
Dreame takes it further with RoboSwing motion, allowing the robot to swing its body and push the extended mop deeper into tight spaces.
3.0 Dual Flex Arm Technology
2cm side brush extension with mop pad extension and swing to 4cm, for internal corners*.
Pioneering Technology Iteration Plan
4.0 Dual UltraExtend Arm Technology
X60 Ultra Extreme: 12cm extended side brush, 18cm extended mop pad, to maximize coverage*.
5 Flexible
Cleaning Modes
Quiet Suction, Loud Results
Structured Light
Quiet Suction, Loud Results
Discover the Detangling Cycle
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STEP 1: Deep Slap
The brushes beat downward, lifting and rolling up various messes for a pristine deep clean.
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STEP 2: Power-Lift
They funnel hair inward while strong suction pulls it in, achieving a more thorough pickup.
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STEP 3: Spin-off
High-speed counter-spinning brushes flick hair to prevent tangling.
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STEP 4: Capture
Airflow directs hair into the dust box for simple, hands-off maintenance.
Break Down Tough Messes
Leveling up on Uneven Ground
Break Down Tough Messes
Leveling up on Uneven Ground
Hands off, Mind at Ease
Integrated Long-Run System for Big Homes
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More Floors, Fewer Fills
Clean big homes with large tanks. Skip frequent refilling and emptying hassles.
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Store More, Empty Less
Large bag stores more dust to end frequent emptying, providing lasting care for your home.
Charge Faster, Last Longer
A Washboard that Washes Itself
Mops off for Carpet Protection
Happy Tails, Floor-Fresh Trails
Command the Flow, Beyond Tapping
Command the Flow, Beyond Tapping
Flex Your Control,
Linked Your Way
What's in the Box
What's in the Box
Specifications
- Product NameDREAME X60 Ultra Extreme
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Robot Vacuum Dimensions350mm x 350mm x 89mm (VersaLift Sensor Retracted)
350mm x 350mm x 111mm (VersaLift Sensor Raised) - Base Station Dimensions390mm x 456mm x 499mm
- Base Station Weight11kg
- Robot Vacuum Weight4.55kg
- Obstacle Crossing Height10cm (Double-layer step) 5.2cm (Single-layer step)
- NavigationVersaLift DToF
- Main Brush TypeHyperStream Detangling DuoBrush 2.0
- Obstacle AvoidanceAI Camera x2 + Lateral 3D Structured Light + LED
- Maximum Suction42,000Pa
Specifications
- Product NameDREAME X60 Ultra Extreme
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Robot Vacuum Dimensions350mm x 350mm x 89mm (VersaLift Sensor Retracted)
350mm x 350mm x 111mm (VersaLift Sensor Raised) - Base Station Dimensions390mm x 456mm x 499mm
- Base Station Weight11kg
Disclaimers
The illustrations on this page are for reference only. Product dimensions may vary by up to 2mm, and the weight may also vary slightly. Please refer to the actual product.
*2cm, 4cm: Based on our in-house lab data. Actual performance may vary.
*12cm: Refers to the distance measured along the line connecting the center of the main unit and the center of the side brush, from the farthest tip of the side brush bristles to the maximum diameter edge point of the main unit. Based on in-house lab test data. Actual performance may vary. *18cm: Refers to the maximum outward extension distance of the mopping extension module, measured at the center point of the end face of the outermost swing arm in the fully deployed state, relative to the same reference point in the retracted state of the mechanism. Based on in-house lab test data. Actual performance may vary.
*6cm: The mop module measures 5.98cm and the side brush module measures 5cm, with a minimum entry height of 6cm. Based on our in-house lab data. Actual performance may vary.
*4.6x: In low-clearance spaces with Mop Extension, cleaning coverage increased. Compared to Dreame X50 Ultra. Based on our in-house lab data. Actual performance may vary.
*12cm: Refers to the distance measured along the line connecting the center of the main unit and the center of the side brush, from the farthest tip of the side brush bristles to the maximum diameter edge point of the main unit. Based on in-house lab test data. Actual performance may vary. *18cm: Refers to the maximum outward extension distance of the mopping extension module, measured at the center point of the end face of the outermost swing arm in the fully deployed state, relative to the same reference point in the retracted state of the mechanism. Based on in-house lab test data. Actual performance may vary.
*10cm: Refers to the double-layer step's height where the top surface of the lower step is over 23cm wide. Based on our in-house lab data. Actual performance may vary.
*320+ types of objects, 0.1s: Based on our in-house lab data. Actual performance may vary.
*10cm: Refers to the double-layer step's height where the top surface of the lower step is over 23cm wide. Based on our in-house lab data. Actual performance may vary.
*0.1s: Based on our in-house lab data. Actual performance may vary.
*10mm, 320+ object types: Based on our in-house lab data. Actual performance may vary.
*100% increase in light-colored liquid stain recognition: Based on in‑house lab tests under standard lighting conditions, compared to Dreame X50 Ultra without proactive light. This improvement represents the recognition rate for light-colored liquids. Actual performance may vary.
*10.5mm, 5mm: Based on our in-house lab data. Actual performance may vary.
*42,000Pa: Based on our in-house lab data. Actual performance may vary.
*0% main brush tangling: Based on our in-house lab data. Actual results may vary.
*0% side brush tangling: Based on our in-house lab data. Actual results may vary.
*40cm: Based on our in-house lab data. Actual performance may vary. This feature can easily handle hair up to 40cm long.
*280RPM: Based on in-house lab data under specific testing conditions. Actual performance may vary.
*15N: Based on in-house lab data under specific testing conditions. Actual performance may vary.
*100°C hot water: Temperatures above the washboard's PTC system can reach 100°C after heating under ambient room temperature conditions (around 23°C), based on our in-house lab data. Actual temperature may vary.
*100 days: Based on a calculation derived from environment testing in our in-house lab. Actual performance may vary.
*3.072A, 80min, 80%, 100%: Refers to charging from 9% to a 80% battery. Actual performance may vary.
*Available through an upcoming OTA update. Please stay tuned.
*100°C hot water: Temperatures above the washboard's PTC system can reach 100°C after heating under ambient room temperature conditions (around 23°C), based on our in-house lab data. Actual temperature may vary.
*20 spray nozzles: Please refer to the actual product.
*To protect your privacy, the recognition algorithm runs exclusively on the robot vacuum, with no image data stored in the cloud.
*Voice assistant: Third-party assistants including Alexa, Siri, and Google Home are also supported, which require a device that integrates voice technology. Regional availability may vary.
*Matter protocol: Available through an upcoming OTA update. Please stay tuned.
*The third-party service requires a device that integrates voice technology.
*To protect your privacy, the recognition algorithm runs exclusively on the robot vacuum, with no image data stored in the cloud.
*146°, 89° Maximum swing angle of mop extension: This data refers to the maximum swing angle of the mop extension measured under static laboratory conditions. It records the maximum angle values of the first-stage swing arm and the second-stage swing arm of the mop extension component rotating around their respective rotation centers when fully retracted and fully extended. The maximum swing angle of the first-stage swing arm is 146°, and the maximum swing angle of the second-stage swing arm is 89°. The first-stage swing arm refers to the swing arm closer to the main unit, while the second-stage swing arm refers to the swing arm farther from the main unit. Data is from internal laboratory testing. Actual performance may vary depending on the usage environment, usage methods, and other factors.