Dreame X60 Pro Ultra Review: What Its AI Navigation Gets Right—and Misses

Dreame X60 Pro Ultra Review: What Its AI Navigation Gets Right—and Misses

Updated September 22, 2026

Dreame’s X60 Pro Ultra Complete is a premium robot vacuum and mop built around high suction, an elaborate self-cleaning dock, and AI-assisted obstacle avoidance. A week-long review published by TechRadar on September 21 gave the robot high marks for cleaning performance and reliability, while noting that its obstacle recognition can still miss small objects such as tiny toys. That limitation matters: the main promise of a smart floor cleaner is that it reduces household work, not that it simply moves quickly around a room.

The review lists 42,000 pascals of suction, a retractable lidar turret that lets the robot pass under furniture with about 3.5 inches of clearance, and a system for handling thresholds up to roughly 3.9 inches. It also includes rotating heated mops, an extendable mop arm for edges, and a large dock that washes and dries the mop pads. TechRadar listed a price of £1,299, €1,499, or $1,699.99 at the time of its review.

This is a product where “AI” describes one part of the experience. The robot uses sensors and software to navigate, classify obstacles, and adjust cleaning routines. That can prevent collisions or tangles, but it does not make the device infallible. Buyers should treat AI obstacle avoidance as a helpful layer, not as permission to leave every cable, toy, or pet hazard on the floor.

How the X60 approaches cleaning

The X60 Pro Ultra combines vacuuming and mopping in a single robot. It uses mapping to plan routes, can cross some raised thresholds, and returns to a dock that handles much of the maintenance. The retractable sensor turret is designed to lower the robot’s profile under furniture. Its extendable mop mechanism aims to reach closer to wall edges than a fixed circular mop can.

These features address common weaknesses in robot cleaners. Small robots may struggle with transitions between rooms, corners, and furniture with low clearance. A dock that washes and dries mop pads reduces manual cleaning between runs, though it increases the space and maintenance requirements of the overall system.

The manufacturer’s app offers scheduling and room-level controls. That gives owners flexibility to clean high-traffic areas more often or run a mop cycle after vacuuming. It also creates setup complexity: buyers need to map the home, set no-go zones, select cleaning modes, and keep the dock supplied with clean water and emptied of dirty water.

The AI feature: useful recognition, imperfect coverage

The X60’s obstacle-avoidance system combines lidar with visual sensing and AI-based object recognition, according to the product review. This can help the robot route around furniture and common obstacles. But TechRadar’s test found that small objects may still be missed. That is a reminder that model performance depends on object size, lighting, floor color, camera angle, and how the system was trained.

For households with children, pets, charging cables, or small toys, the robot still needs a pre-cleaning sweep. A device that avoids a shoe reliably may not recognize a thin cable, sock, or piece of building-block plastic. Users should check the floor and start with supervised runs in unfamiliar rooms.

The AI label should not be confused with a guarantee of autonomous home management. The robot follows a defined cleaning task and uses perception to navigate. It is not reasoning about household priorities in a general way, and its map or object classification should not be treated as a security monitor. Product marketing can make machine perception sound human-like; practical testing is a better guide.

What the review found in real use

TechRadar’s reviewer used the robot for several weeks with weekly schedules and routines, and reported that it was reliable aside from minor obstacle-avoidance issues. The review describes strong performance on heavy debris and spills in tests, and says the robot’s navigation and cleaning were among its strengths.

The reviewer also warns that this feature-rich machine may be too much for smaller homes and can overwhelm less technical users. Those are important limits for a $1,699.99 product. A smaller apartment may not need a large dock, multiple cleaning systems, or extensive app controls. A household that prefers simple appliances may find configuration and maintenance more burdensome than the labor it saves.

The X60 is also not a fit for every floor plan. Threshold capability can help with transitions, but homes with unusually high steps, loose rugs, cluttered areas, or low furniture should be measured before purchase. A robot can only clean the spaces it can physically reach and navigate safely.

The dock is part of the buying decision

Robot vacuum comparisons often focus on the small machine, but the dock may occupy more space and require more maintenance than buyers expect. It needs a stable location near power and enough clearance for the robot to dock and depart. The owner must refill clean water, dispose of dirty water, and periodically clean components such as filters and trays.

Automated mop washing is convenient, but it does not eliminate cleaning the dock. Heated drying can reduce moisture in the pads, yet the system still has tanks and surfaces that need attention. Buyers should check the manual for maintenance schedules and replacement-part costs before deciding that a self-cleaning dock is “hands-off.”

A large dock can also become a practical problem in smaller homes. Measure the intended location, including door swing and walkway clearance. If the dock has to be placed far from the rooms it serves or tucked into a tight corner, daily convenience may decline.

Privacy and smart-home considerations

A robot vacuum needs some combination of mapping, sensors, and an app. Depending on the model, cameras or other sensors may capture information about a home’s layout. Buyers should read the privacy policy and user manual to understand what information is stored locally, what may be sent to cloud services, and which features require an account.

Before connecting an appliance to a home network, use a unique password and install firmware updates. If the product supports local-only controls or limited permissions, consider whether those settings suit the household. A vacuum should not need more access to the network than its functions require.

The model’s AI capability is separate from the privacy question. Object recognition may happen on-device, in an app, or through cloud processing depending on product architecture. The current review discusses the navigation and cleaning experience; buyers should verify data handling with the manufacturer rather than infer it from the phrase “AI obstacle avoidance.”

How it compares with a simpler robot cleaner

A less expensive robot may provide scheduled vacuuming and basic mapping without the advanced dock or AI object detection. For a tidy, single-level home with a simple floor plan, that may be enough. The money saved could be better spent on replacement brushes, filters, or a conventional vacuum for stairs and upholstery.

The X60 makes more sense for households that will use its combined vacuum-and-mop routine, automated pad care, and threshold handling. Its value improves when the home has enough floor area for frequent scheduled cleaning and when the owner is comfortable maintaining a complex appliance.

Even then, compare cleaning results with the current floor-care routine. If a person still has to pick up clutter every day, rescue the machine often, or manually spot-clean edges, the overall time saving may be smaller than expected. A premium robot should be judged by the household labor it removes, not by the number of features in its specification sheet.

Who should consider it

The X60 Pro Ultra may suit people with larger homes, mixed hard floors and carpets, pets, and a preference for automated mopping. Its dock and app offer a high level of control, and the review suggests that navigation and overall reliability are strong.

It is less compelling for people who have compact floor plans, abundant small objects on the floor, or little appetite for app configuration and dock maintenance. It may also be excessive for buyers who only need daily vacuuming. The high purchase price makes those questions important before ordering.

A practical home trial should map the rooms, test the thresholds, observe how it handles cables and small objects, and check whether mop settings suit the flooring. If possible, buy from a seller with a clear return period. Evaluate it across normal household conditions instead of relying only on idealized demonstrations.

The larger AI lesson from a floor robot

The X60 is a useful example of AI arriving through routine appliances rather than chat windows. The system perceives a room, classifies objects, and adjusts its movement to complete a bounded task. Those capabilities can save time, but they work best when users understand the limits and retain control over where the device operates.

That pattern will extend across home technology: automation is most useful when it handles a well-defined job reliably and makes uncertainty visible. It is less useful when a product’s marketing implies that software can replace basic preparation or human judgment. The best measure is whether the home becomes easier to maintain with fewer interruptions.

Sources and further reading

• TechRadar: Dreame X60 Pro Ultra Complete review
• Dreame X60 Pro Ultra Complete user manual
• Dreame U.S. robot vacuum comparison
• U.S. Federal Trade Commission: Smart devices and privacy
• NIST: IoT device cybersecurity guidance
• U.S. Department of Energy: Energy Saver

What to check before first use

After mapping the home, inspect each room in the app and correct boundaries before scheduling unattended cleaning. Remove or mark areas with loose cables, fragile items, pet bowls, and rugs that could snag the brush or mop. Run the robot while someone is home the first few times, especially around stairs, dark flooring, reflective surfaces, and unfamiliar thresholds.

Test carpet behavior separately from hard-floor mopping. Owners should confirm that the robot recognizes rugs and follows the selected mop-lifting or avoidance behavior. If the app allows room-specific routines, use them to keep wet cleaning away from carpeted areas and sensitive floor finishes.

A careful setup can prevent avoidable failures, but it should not be a permanent chore. If the robot repeatedly needs rescue in a particular room, adjust the map or no-go zones instead of assuming the AI will eventually learn every obstacle. The goal is predictable service, not simply more automation.

A fair way to measure value

Estimate how much weekly effort the robot actually removes. Include the time spent clearing floors, filling and emptying the dock, washing components, and correcting maps. Compare that with the cleaning routine it replaces. The device may be worth the premium if it consistently covers large areas and reduces manual vacuuming and mopping; it is harder to justify if it mostly adds another appliance to maintain.

The return period is useful for testing noise, navigation, and dock size in a real home. Keep packaging and document defects, then review the seller’s conditions before relying on an extended trial. Product warranties, replacement supplies, and service availability are part of the lifetime cost, not extras to consider after purchase.

AI obstacle detection is a real capability, but the reviewer’s small-object caveat is exactly why it should be evaluated in the buyer’s own environment. In a household with small toys or cables, the safest plan is to clear the floor and use the software boundaries as backup.