Roborock QX Revo vs Qrevo S5V – Check Which One Is Best & Why?

Why Do I Recommend The Roborock Qrevo S5V?

• The Roborock Qrevo S5V features 12,000 Pa suction power to lift embedded dirt, sand, and pet hair from carpets and deep floor grooves in fewer passes, whereas the Roborock QX Revo uses 5,500 Pa suction power.
• Roborock Qrevo S5V comes with a DuoDivide anti-tangle brush to reduce hair wrapping and maintain stable suction during long cleaning cycles in homes with pets, while the Roborock QX Revo uses a standard rubber brush.
• It includes a FlexiArm extending mop for reaching edges and corners along walls and furniture legs where standard mops cannot reach, whereas the Roborock QX Revo uses fixed dual spinning mop pads.
• The Roborock Qrevo S5V supports a 10 mm mop lift system to keep carpets dry while transitioning between hard floors and rugs during combined vacuum and mop cleaning, compared to the Roborock QX Revo uses a 7 mm mop lift.
• Roborock QX Revo S5V features a triple anti-tangle cleaning system to minimize maintenance and prevent long hair from wrapping around the brush and side brush during daily cleaning, while the Roborock QX Revo uses a single rubber brush design.
• It includes an upgraded LiDAR navigation system integrated with the FlexiArm edge cleaning algorithm for more precise wall-edge cleaning routes and corner coverage, whereas the Roborock QX Revo uses standard PreciSense LiDAR navigation.
• The Roborock Qrevo S5V comes with a quieter 54.7 dB operating noise level for cleaning during nighttime or quiet household hours without disturbing nearby rooms, while the Roborock QX Revo operates at about 63 dB.
• Roborock Qrevo S5V features a newer 2025 Qrevo platform design for compatibility with the latest Roborock firmware updates and cleaning algorithms, whereas the Roborock QX Revo uses the earlier 2023 Qrevo platform.

Maybe the Roborock QX Revo can make you comfortable because it’s a little bit cheaper than the Roborock Qrevo S5V. But you have to compromise all the above-mentioned features. Now the Decision is Yours. I hope it was helpful to choose the right one.

What Common Both Can Do?

• LiDAR Navigation: Both robot vacuums use LiDAR laser navigation to scan and map the home accurately. This technology allows the robots to create detailed maps, move efficiently, and avoid random cleaning patterns.
• Smart Mapping: Both models support intelligent home mapping through the companion mobile app. This allows users to divide rooms, label areas, and manage cleaning zones more effectively.
• Multi-Floor Mapping: Each robot can store maps for multiple floors of a house. This feature is important for homes with stairs or multiple levels because it allows the robot to recognize the floor layout automatically.
• Automatic Docking: Both robots return to their docking station automatically when cleaning is finished or when the battery runs low. This ensures the device stays charged and ready for the next cleaning cycle.
• Self-Emptying Dock: Both models use a dock that automatically empties the robot’s internal dustbin into a sealed dust bag. This reduces manual maintenance and allows the robot to run for weeks without emptying.
• Automatic Mop Washing: The docking station in both models washes the mop pads after mopping cycles. This keeps the mop pads cleaner and helps maintain consistent mopping performance.
• Automatic Mop Drying: Both docking systems include a mop drying function. Drying the mop pads helps prevent odor and bacterial growth between cleaning sessions.
• Automatic Water Refilling: Each model automatically refills the robot’s internal water tank from the dock’s clean water tank. This enables longer mopping sessions without manual intervention.
• Dual Spinning Mop Pads: Both robots use two rotating mop pads for floor mopping. This spinning motion helps remove dried stains and improves scrubbing effectiveness on hard floors.
• Mop Lifting for Carpets: Both models automatically lift the mop pads when carpets are detected. This prevents carpets from becoming wet while allowing the robot to vacuum rugs normally.
• Carpet Detection: Each robot can recognize carpeted surfaces using built-in sensors. This ensures appropriate cleaning behavior such as adjusting suction or lifting the mop pads.
• App Control: Both robots can be controlled through a mobile app. Users can start or stop cleaning, change modes, and monitor cleaning progress directly from their phone.
• Voice Assistant Support: Both models support integration with popular voice assistants. This allows users to start cleaning or control the robot using simple voice commands.
• Scheduled Cleaning: Each robot allows users to set automatic cleaning schedules. This enables daily or weekly cleaning routines without manually starting the device.
• No-Go Zones: Both robots allow users to create restricted areas within the app. This feature prevents the robot from entering spaces such as pet feeding areas or delicate furniture zones.
• Room-Specific Cleaning: Both models allow targeted cleaning of individual rooms. Users can select specific areas of the house that need cleaning instead of running a full home cycle.
• Automatic Recharge and Resume: Both robots automatically recharge when the battery becomes low during a cleaning session. After charging, they resume cleaning from the exact point where they stopped.
• Cliff Sensors: Each robot includes cliff detection sensors to prevent falls from stairs or elevated surfaces. This helps protect the device and ensures safe operation in multi-level homes.
• Smart Path Planning: Both robots use intelligent path planning to clean floors systematically rather than randomly. This results in faster and more complete coverage of the home.
• Firmware Updates via App: Both devices support firmware updates through the mobile app. Updates allow the manufacturer to improve performance, add features, and fix potential software issues over time.