Roborock S7 Pro Ultra review: 118 specs compared

The Roborock S7 Pro Ultra delivers excellent cleaning performance, characterized by rapid, purposeful navigation and a highly effective docking station that automatically manages dust, water, and mop washing. Its standout feature is an advanced mopping system with an automatic mop-lifting mechanism designed for seamless transitions between hard floors and carpets. However, the vacuum lacks a dedicated front camera, resulting in less effective obstacle detection for small items compared to higher-end models, which represents its primary drawback.

According to the Heise review, the Roborock S7 Pro Ultra is a capable, cost-effective vacuum-mop hybrid featuring 5,100 Pascal suction power, precise LiDAR navigation, and an automated docking station for emptying and mop washing. While offering flagship-level performance at a lower price point, the model lacks ReactiveAI 3D obstacle avoidance for identifying small floor hazards and does not include hot air mop drying out of the box.

The Roborock S7 Pro Ultra, reviewed on Drohnen.de, is an affordable alternative to the S7 MaxV Ultra featuring a 5,100 Pa suction, ultrasonic carpet detection, and an Ultra station for automatic cleaning and emptying. While praised for its superior all-round performance, the review notes that the lack of a 3D front camera for obstacle avoidance is a drawback. Other considerations include a fixed mopping plate and a silicone brush that can struggle with deep carpet cleaning, despite managing hair well.

The Roborock S7 Pro Ultra is a capable mid-tier flagship robot vacuum and mop featuring intelligent laser navigation, an upgraded 5,100 Pascal suction motor, and a fully autonomous Ultra Station that washes the mop, refills the water tank, and empties the dustbin. Key pros include its effective VibraRise sonic mopping system and strong debris pick-up on hard floors and carpets, while its notable cons involve the complete omission of advanced obstacle avoidance cameras seen on higher-end models like the MaxV.

The Roborock S7 Pro Ultra is a top-tier automated vacuum offering exceptional 5100 Pa suction, a superior auto-lifting vibrating mop system, and a versatile Ultra dock for cleaning and maintenance. While delivering a smart app with multi-map support, the device faces limitations including high cost, a bulky dock, lack of object detection cameras, and recurring costs for disposable dust bags.

The GameStar review highlights the Roborock S7 as a capable cleaning companion featuring robust obstacle navigation, precise multi-floor LiDAR mapping, and a highly customizable app for specialized routines. While it offers versatile vacuum-and-mop functionality, the review notes that the aggressive wheel design can cause issues with certain items, and high-suction modes are quite noisy.

The Roborock S7 Pro Ultra, reviewed on Testsieger TV, is highly rated as a powerful vacuum-mopping robot offering extensive automation via the Empty Wash Fill Dock, which handles self-emptying, mop washing, and water tank refilling, providing high value at a lower price point than the S7 MaxV. Key cons include the lack of a front camera for advanced 3D obstacle avoidance and video features, alongside a high price tag compared to the standard S7+.

The Testen mit Kopf review highlights the Roborock S7 Pro Ultra as a highly automated, cost-effective vacuum-mop hybrid that achieved 89.6% debris removal on carpet through 5100 Pa suction, while its Ultra station efficiently manages self-cleaning and maintenance. Pros include precise LiDAR navigation, auto-lifting mops for carpet protection, and robust cleaning, while cons focus on minor residue left in deep carpets and less intelligent small obstacle detection compared to pricier models.

In a long-term test, the siio.de identifies the Roborock S7 Pro Ultra as a high-performance vacuum-mop combo offering excellent value, featuring 5100 Pa suction, the effective VibraRise mopping system, and a fully automated Empty Wash Fill Dock. While praising its automation, the review notes cons such as the large footprint of the docking station, the lack of active hot-air drying for the mop, and the absence of a camera-based obstacle avoidance system, relying instead on LiDAR.