Introduction
The Dreame X60 Pro Ultra and the Mova P50 Pro Ultra represent two advanced propositions within the segment of robot vacuum cleaners with multifunctional base stations. The former, introduced in 2026, aims to become Dreame's new benchmark with specifications that raise the bar in several areas. The latter, launched in 2025, belongs to Mova and offers a solid set of features with proven technology.
Both units are designed for users seeking complete automation in home cleaning, with the ability to vacuum and mop without manual intervention. The technical differences between them are significant in aspects such as suction power, robot height or battery capacity, factors worth analysing according to the type of home and the specific needs of each user.
Power and Suction
The most notable difference in this section is found in suction power. The Dreame X60 Pro Ultra reaches 42,000 Pa, more than double the 19,000 Pa of the Mova P50 Pro Ultra. This advantage translates into greater capacity to extract ingrained dirt from carpets or tile joints.
Regarding the brushing system, the Dreame incorporates a dual HyperStream brush, designed to minimise hair tangles thanks to its configuration of two brushes anchored at one end. The Mova P50 Pro Ultra features a TriCut 3.0 brush, which combines bristles with blades to cut tangled hair. Both models include main brush lift during mopping and liftable and extendable side brushes, which improves cleaning in corners.
The Dreame X60 Pro Ultra adds a specific skirting brush that is not present in the Mova P50 Pro Ultra. This detail can make a difference in homes where dust accumulates in those areas.
Mopping
Both robots use systems with two rotating mops with edge extension. The Dreame X60 Pro Ultra lifts the mops up to 21.5 mm, whilst the Mova P50 Pro Ultra reaches 10.5 mm. This difference is relevant when passing over thick carpets or floor transitions, where greater lift prevents wet mops from touching unwanted surfaces.
An important distinction appears in the water temperature for mopping the floor. The Dreame X60 Pro Ultra mops with hot water at 45°C, which helps to better dissolve grease and adhered dirt. The Mova P50 Pro Ultra uses cold water for this task. In practice, hot water can improve results in kitchens or areas with greater accumulation of greasy residue.
Both options include dirt detection on both the mops and the floor, which allows additional scrubbing when the system detects that the area has not been cleaned properly. They also incorporate the automatic mop removal function at the base to perform vacuum-only tasks without wetting the floor.
Navigation System
The Dreame X60 Pro Ultra features a retractable LiDAR that reduces the total height of the robot, facilitating access under low furniture. The Mova P50 Pro Ultra uses a conventional 3D LiDAR turret. Both configurations offer precise navigation and detailed home mapping.
In obstacle recognition, the Dreame X60 Pro Ultra identifies up to 320 different objects, doubling the 160 of the Mova P50 Pro Ultra. Both units feature dual RGB camera, front 3D laser sensor, LED for night vision and remote camera access. They recognise pets, detect curtains and allow home monitoring from the mobile app.
Both models integrate intelligent cleaning systems with AI CleanGenius, capable of recognising stains and adapting the cleaning strategy according to the type of dirt detected.
Autonomy and Battery
The Dreame X60 Pro Ultra is equipped with a 6,400 mAh battery with Power Master technology, whilst the Mova P50 Pro Ultra incorporates a 5,200 mAh battery with a declared autonomy of 210 minutes. The greater capacity of the former should translate into longer cleaning sessions without needing to recharge, something especially useful in large homes.
The combination of larger battery and superior suction power in the Dreame X60 Pro Ultra suggests that it is designed for large spaces where sustained performance is required for longer periods.
Smart Functions
The Dreame X60 Pro Ultra can overcome simple steps, although the exact height is not specified. The Mova P50 Pro Ultra crosses obstacles up to 22 mm. This capability is practical for moving between rooms with small level changes or passing over sliding door guides.
Both robots include their own voice assistant and compatibility with external assistants such as Alexa or Google Home, allowing control by voice commands.
Multifunctional Cleaning Base
The bases of both models share essential functionalities: auto-emptying of the dust bin, mop washing with hot water, drying with hot air and self-cleaning of the washing tray. The Mova P50 Pro Ultra specifies that its tray self-cleaning is third generation.
The capacity of the dust bags is identical: 3.2 litres in both cases. The water tanks show slight variations. The Dreame X60 Pro Ultra has 4.2 litres of clean water and 3 litres of dirty water, whilst the Mova P50 Pro Ultra reverses the proportions with 4 litres of clean water and 3.5 litres of dirty water.
Both bases incorporate a detergent tank, which allows adding cleaning product during mop washing. The Dreame X60 Pro Ultra offers an optional plumbing connection kit that is purchased separately, allowing automation of water filling and emptying. This option is not available for the Mova P50 Pro Ultra.
Dimensions
The diameter of both robots is 350 mm, but the height marks a substantial difference. The Dreame X60 Pro Ultra measures 79.5 mm in height, whilst the Mova P50 Pro Ultra reaches 103.8 mm. This difference of more than 24 mm can be decisive for accessing under beds, sofas or low furniture. In homes with furniture with little clearance, the Dreame model will have greater cleaning capacity in difficult areas.
Complete dimensions of the Dreame X60 Pro Ultra base are not available. The Mova P50 Pro Ultra base measures 420 mm wide, 470 mm high and 458 mm deep, data worth considering when planning the space where it will be located.
Real-world experience
For large homes, the Dreame X60 Pro Ultra offers clear advantages: greater suction power, higher capacity battery and a brushing system that minimises tangles. The reduced height facilitates cleaning under furniture, something that in day-to-day use translates into fewer inaccessible areas.
In homes with pets, the dual HyperStream brush of the Dreame X60 Pro Ultra is specifically designed to reduce hair tangles. The Mova P50 Pro Ultra, with its TriCut 3.0 brush, also handles this problem well thanks to the blades that cut hair, although the lower suction power may be noticeable on carpets with ingrained pet hair.
The hot water mopping of the Dreame X60 Pro Ultra makes a difference in kitchens or areas with greasy dirt. For those seeking optimal mopping results, this function adds points. The greater mop lift also better protects carpets during mixed vacuuming and mopping sessions.
The Mova P50 Pro Ultra, with its height of 103.8 mm, may have limitations for accessing under certain furniture, but its capacity to overcome obstacles of 22 mm is clearly specified, which provides security in homes with level changes.
Conclusion: Which to choose?
Choose the Dreame X60 Pro Ultra if you live in a large house where you need maximum suction power and extended autonomy. If you have low furniture and want the robot to access all areas, its height of 79.5 mm is decisive. For homes with long-haired pets, the dual HyperStream brush reduces maintenance. If you seek the best possible mopping, the hot water at 45°C and the 21.5 mm mop lift offer superior results. The optional plumbing connection kit may interest those who value total automation, although it represents an additional expense.
Choose the Mova P50 Pro Ultra if you seek a complete robot vacuum cleaner with multifunctional base at a presumably more competitive price. Its power of 19,000 Pa is sufficient for most homes without very thick carpets. If your furniture has clearance greater than 105 mm, you will have no access problems. The capacity to overcome obstacles of 22 mm is clearly defined, which provides peace of mind in homes with small level changes. For medium-sized surfaces without extreme power requirements, this model performs competently.
