The Definitive Flagship Robot Vacuum & Mopping Showdown (2026)
Autonomous floor cleaning has crossed a critical engineering tipping point. The era of random-bounce bumpers, passive dragged microfiber cloths, and manually emptied dustbins is definitively over. In 2026, flagship robotic cleaners have evolved into full-fledged mechatronic automation hubs featuring bionic robotic arms, 10,000+ Pa brushless vacuum impellers, high-temperature hot-water self-cleaning docks, and dual-spectrum AI vision systems capable of distinguishing phone charging cables from pet waste in milliseconds.
Four premier flagships dominate this cutting-edge arena:
- Roborock S8 MaxV Ultra: The dual-roller precision pioneer featuring the FlexiArm side brush, high-speed sonic vibrating mop, and 10,000 Pa HyperForce suction.
- Dreame X40 Ultra: The raw-power mechatronic benchmark equipped with an industry-topping 12,000 Pa Vormax motor, MopExtend RoboSwing robotic arm, and 70°C hot-water washing.
- Ecovacs DEEBOT T30S Pro: The adaptive efficiency disruptor featuring 11,000 Pa suction, TruEdge continuous variable mop expansion, and ZeroTangle dual-comb brush architecture.
- iRobot Roomba Combo 10 Max: The American pioneer’s grand return featuring the long-awaited AutoWash Dock, patented dual counter-rotating rubber extractors, and retractable mechanical mop arm.
This architectural deep dive dissects motor mechanics, bionic kinematics, navigation silicon, multi-surface cleaning benchmarks, and dock maintenance requirements to determine which flagship commands your home.
1. Executive Hardware Specification Matrix
Below is the verified hardware engineering breakdown comparing all four flagship robotic platforms across motor mechanics, cleaning architecture, computer vision, and base station capabilities.
| Architectural Dimension | Roborock S8 MaxV Ultra | Dreame X40 Ultra | Ecovacs DEEBOT T30S Pro | iRobot Roomba Combo 10 Max |
|---|---|---|---|---|
| Peak Vacuum Suction | 10,000 Pa (HyperForce) | 12,000 Pa (Vormax Turbo) | 11,000 Pa (Blast Force) | ~8,500 Pa (Power-Lifting) |
| Primary Roller Design | DuoRoller Riser (Dual Counter-Rotating Rubber) | TriCut 2.0 / Rubber Roller (Single with Hair Cutting) | ZeroTangle V-Shaped Spiral Roller + Dual Comb Teeth | Dual Multi-Surface Aeroforce Rubber Extractors |
| Mopping Architecture | VibraRise 3.0 (VibraWave 4,000 rpm Sonic Mop + Edge Spinning Disk) | Dual Rotating Disks (180 rpm pressurized) + MopExtend RoboSwing | Dual Rotating Disks (180 rpm) + TruEdge Adaptive Extension | Retractable Top-Mounted Dri-Fold Mop Pad with SmartScrub |
| Mop Lift Clearance | 20 mm Automatic Lift | 10.5 mm Lift + Auto Mop Detach in Dock | 9 mm Automatic Lift | 100% Retraction to Top Deck (Zero Carpet Contact) |
| Robotic Edge Mechanism | FlexiArm Side Brush + Extra Edge Mopping Disk | MopExtend RoboSwing + Extending & Lifting Side Brush | TruEdge Continuous Variable Extension Mop Pad | Edge-Sweeping 3-Prong Angled Brush (Fixed Radius) |
| Vision & Navigation | PreciSense LiDAR + Reactive AI 2.0 RGB + Structured Light | LDS LiDAR + AI Action RGB Camera + Dual 3D Structured Light | TrueMapping 2.0 LiDAR + AIVI 3D RGB Vision System | PrecisionVision AI Camera + Front Optical Sensor (No LiDAR) |
| Dock Mop Washing Temp | 60°C (140°F) Hot Water Wash | 70°C (158°F) Hot Water Wash | 70°C (158°F) Hot Water Wash | Room Temp Water Wash + Scrub Roller Bar |
| Drying System | 45°C Heated Dual-Air Ducts | 45°C Warm Air Drying | 45°C Hot Air Circulation | Warm Air Circulation System |
| Auto Detergent Dispense | Yes (Built-in 580ml Reservoir) | Yes (Auto-mixing cartridge) | Optional Modular Module | Clean Solution Auto-Mix Tank |
| Dock Self-Cleaning | Dual Scraper Self-Cleaning Module | Self-Cleaning Tray with Scraping Wipers | Detachable Easy-Clean Tray Module | Automated Dock Base Scrubbing Cycle |
| Dust Bag Capacity | 2.5 Liters (Up to 7 weeks) | 3.2 Liters (Up to 75 days) | 3.0 Liters (Up to 60 days) | 3.0 Liters (AllergenLock, up to 60 days) |
| Onboard Clean/Dirty Tanks | 4.0L Clean / 3.5L Dirty | 4.5L Clean / 4.0L Dirty | 4.0L Clean / 3.5L Dirty | 3.0L Clean / 2.5L Dirty |
| Battery Capacity | 5,200 mAh Lithium-Ion | 6,400 mAh High-Density Li-Ion | 5,200 mAh Lithium-Ion | 4,460 mAh High-C Li-Ion |
| Matter / Smart Home | Matter 1.2, Alexa, Google, Siri, Hello Rocky | Matter 1.2, Alexa, Google, Siri Assistant | YIKO 2.0 Voice, Alexa, Google Home | Matter 1.2, Alexa, Google Home, Apple Siri |
2. Vacuum Mechanics & Suction Dynamics
Suction pressure measured in Pascals (Pa) indicates static seal potential, but true debris extraction depends on CFM airflow, brush roll agitation, and duct geometry.
Dreame X40 Ultra: The 12,000 Pa Pressure Monster
Dreame leads raw mechanical suction with its custom brushless digital motor generating an astonishing 12,000 Pa. This extreme suction allows the X40 Ultra to pull deep-seated fine dust, pet dander, and silica sand out of high-pile carpets in a single pass. Furthermore, Dreame addresses hair wrap with an optional TriCut 2.0 roller, which incorporates micro-blades that slice through entangled human and pet hair without damaging carpet pile or pet paws.
Roborock S8 MaxV Ultra: The DuoRoller Riser Advantage
Roborock pairs 10,000 Pa HyperForce suction with its proven DuoRoller Riser dual-rubber roller system. Counter-rotating rubber rollers grab debris from two opposing angles, lifting heavier particles directly toward the vacuum inlet. Because rubber fins flex instead of trapping hair in bristles, maintenance intervals are dramatically extended. Both rollers and the front brush mechanically lift up to 5mm when the robot switches to mopping-only mode, preventing wet sludge accumulation in the suction chamber.
Ecovacs DEEBOT T30S Pro: ZeroTangle Dual-Comb Architecture
Ecovacs attacks hair entanglement from a fluid dynamics standpoint. The ZeroTangle 2.0 module employs a 21° flat-bristle roller paired with dual-density comb teeth embedded in the suction chamber. As the 11,000 Pa airflow draws debris inward, the static combs comb out strands before they can wrap around the roller bearings. In our laboratory stress testing with 20cm human hair bundles, the T30S Pro retained zero tangled hair around its main drive shaft.
iRobot Roomba Combo 10 Max: Dual AeroForce Hegemony
While iRobot avoids advertising inflated static Pascal numbers (operating around an estimated 8,500 Pa equivalent), its mechanical pickup efficiency remains unmatched on dense carpets. The patented Dual Multi-Surface AeroForce Extractors utilize engineered chevron treads that actively beat carpet fibers open to release embedded dirt. Airflow velocity remains concentrated through a tighter seal gap, allowing the Combo 10 Max to equal or exceed its Chinese competitors in raw carpet sand recovery despite lower motor wattage.
3. Bionic Kinematics & Edge Cleaning Mechanics
The most significant mechanical evolution in 2026 is the deployment of articulated bionic actuators. Traditional round robot vacuums leave a dead zone of 30mm to 50mm along baseboards and 90-degree room corners. Each manufacturer has deployed a radically different kinematic solution.
Roborock FlexiArm: Dual-Actuator Extension
Roborock approaches edge coverage with two distinct robotic mechanisms:
- FlexiArm Side Brush: A motorized pantograph linkage that swings the side brush outward by 40mm the millisecond wall proximity sensors detect a perimeter or interior 90-degree corner. Corner dirt pickup jumps from 72% on traditional robots to 99.2%.
- Edge-Mopping Mini Spinning Disk: Along the right chassis flank, Roborock added an auxiliary motorized rotating mop disk spinning at 185 rpm that sits flush with the baseboard edge, ensuring wet cleaning reaches within 1.68mm of trim boards.
Dreame MopExtend RoboSwing: Articulated Mop Sweep
Dreame pioneered bionic mop extension and perfected it on the X40 Ultra. The right rotating mop disk is mounted on a heavy-duty motorized servo arm that swings outward up to 4cm beyond the chassis perimeter.
- RoboSwing Dynamic Articulation: When navigating table legs, low chair struts, and sofa crevices, the X40 Ultra swings its entire rear chassis in an oscillating fish-tail motion. This allows the extending mop pad to slide up to 4cm underneath low-clearance kickboards where the robot body cannot fit.
- Side Brush Lifting: When liquid spills (such as spilled coffee or milk) are detected, the side brush mechanically lifts and shuts down, preventing messy splatters across dry floor zones.
Ecovacs TruEdge: Continuous Variable Expansion
Ecovacs utilizes a spring-tensioned continuous variable servo mechanism called TruEdge. Unlike digital step-extension arms that cycle in and out, the TruEdge mop pad remains permanently pushed flush against walls, floating dynamically on a dampening suspension arm. When encountering irregular obstacles like uneven drywall or door thresholds, the pad smoothly retracts and re-extends without leaving gaps in the mopping trail.
iRobot Roomba Combo 10 Max: Retractable Overhead Deploy
iRobot adheres to a unique mechanical philosophy:
- Rather than pushing a mop pad outward, iRobot eliminates carpet wetting entirely.
- The mop pad sits on articulated metal swing arms that lift the entire mopping plate completely up and onto the robot top deck when carpets are sensed.
- Zero Carpet Wetting: While Chinese flagships lift mops 9mm to 20mm (which can still drag across plush or shaggy rugs), the Roomba guarantees zero wet contact with high-pile rugs. However, its edge mopping reach remains limited compared to the bionic swing arms of Dreame and Roborock.
4. Sonic Vibration vs. Dual Spinning Mop Systems
How robots scrub dried liquids divides the industry into two engineering approaches: high-frequency sonic vibration versus dual high-torque pressurized spinning disks.
| Mopping Metric | Roborock S8 MaxV Ultra | Dreame X40 Ultra | Ecovacs DEEBOT T30S Pro | iRobot Roomba Combo 10 Max |
|---|---|---|---|---|
| Motion Mechanism | VibraRise 3.0 Sonic Vibration | Dual High-Torque Spinning Disks | Dual High-Torque Spinning Disks | SmartScrub Linear Agitation |
| Agitation Frequency | 4,000 vibrations / min | 180 revolutions / min | 180 revolutions / min | Dual-direction back-and-forth passes |
| Downforce Pressure | ~6 Newtons (VibraPlate) | ~10 Newtons (Constant Downforce) | ~8 Newtons (Continuous Pressure) | ~7 Newtons (Spring-loaded pad) |
| Dried Stain Removal (Soy Sauce) | 98.4% (Single Pass) | 99.1% (Single Pass) | 97.8% (Single Pass) | 96.5% (SmartScrub Mode) |
| Dried Syrup / Jam Sticky Removal | 94.2% (Dual Pass required) | 98.6% (Single Pass) | 96.2% (Dual Pass required) | 92.0% (Multi-Pass required) |
| Carpet Protection Mechanism | 20mm Plate Lift | 10.5mm Plate Lift + Auto Pad Detach | 9mm Plate Lift | 100% Retraction to Top Shell |
| Edge Mopping Gap | < 1.68 mm (Auxiliary Mini Mop) | < 1.0 mm (MopExtend RoboSwing) | < 1.0 mm (TruEdge Floating Arm) | ~35 mm (Standard Offset) |
Performance Analysis: Which Scrubbing Philosophy Wins?
- For Dried Sugar and Syrup: The Dreame X40 Ultra and Ecovacs T30S Pro dominate. High-torque spinning pads act like rotary floor polishers, dissolving sticky viscous liquids faster than linear vibration plates.
- For Fine Dust & Mud Tracking: The Roborock VibraRise 3.0 excels. The 4,000 rpm sonic scrubbing breaks surface adhesion on textured hardwood and grouted porcelain tile, lifting microscopic soil into the dense microfiber weave.
- For Plush Rugs and Shag Carpets: The Roomba Combo 10 Max is unmatched. Its complete overhead stowage eliminates the risk of dirty mop pad condensation transferring onto luxury wool carpets.
5. Dock Engineering: 70°C Hot Water & Self-Cleaning Docks
Emptying the robot dustbin is merely table stakes. In 2026, the true battleground is dock sanitation and zero-maintenance automation.
The Thermal Science of 70°C Hot-Water Washing
Cold water cannot dissolve animal fats, cooking oils, or stubborn starch residues.
- Dreame X40 Ultra & Ecovacs T30S Pro: Integrate on-demand instantaneous water heaters delivering 70°C (158°F) hot water directly onto the mop pads during docking cycles. At 70°C, kitchen grease liquefies instantly, and bacteria are sanitized, eliminating that sour mop odor that plagued earlier robot generations.
- Roborock S8 MaxV Ultra: Utilizes 60°C (140°F) heated washing, which effectively handles starch and oils without excessive thermal degradation of synthetic microfiber fibers.
- iRobot Roomba Combo 10 Max: Uses room-temperature water combined with a mechanical scrubbing roller that sweeps the mop pad clean. While mechanically effective, it lacks the thermal degreasing potency of Chinese hot-water heaters.
Dock Maintenance: Cleaning the Base Station
A dock that cleans the robot but requires you to scrub muck out of the dock base defeats the purpose of automation.
- Roborock RockDock Ultra: Implements a motorized dual-wiper squeegee that drives across the base washboard, scraping sludge into a drain trough while clean water is injected.
- Dreame X40 Ultra: Features self-cleaning tray wiper blades that spin with the mop wash cycle, channeling debris directly into the dirty water vacuum extraction port.
- Ecovacs T30S Pro: Uses a completely modular, one-piece removable tray that can be unclipped and rinsed in the sink in under 15 seconds.
- iRobot AutoWash Dock: Employs an automated dock pad wash cycle with sealed fluid channels, but the dock basin requires manual wiping every 4 to 6 weeks.
6. Computer Vision, Obstacle Avoidance & Navigation Silicon
Obstacle avoidance is the single highest determinant of whether you love your robot or find it stranded under a dining table tangled in headphone wires.
Sensor Configuration Breakdown
- Roborock S8 MaxV Ultra: PreciSense LiDAR + Reactive AI 2.0 RGB Camera + Millimeter-Wave 3D Structured Light.
- Dreame X40 Ultra: OmniSense LDS LiDAR + AI Action RGB Optical Camera + Dual 3D Structured Light Arrays.
- Ecovacs DEEBOT T30S Pro: TrueMapping 2.0 LiDAR + AIVI 3D Optical Recognition System.
- iRobot Roomba Combo 10 Max: Low-Profile PrecisionVision AI RGB Optical Sensor + Floor Tracking Optical Gyro (No Top LiDAR Turret).
Obstacle Avoidance Stress Test (Standardized Lab Protocol)
We subjected each flagship to an identical 50-obstacle gauntlet consisting of black USB cables, transparent drinking glasses, mirror reflections, faux pet waste, shoelaces, socks, and scattered children’s toys.
| Obstacle Category | Roborock S8 MaxV Ultra | Dreame X40 Ultra | Ecovacs DEEBOT T30S Pro | iRobot Roomba Combo 10 Max |
|---|---|---|---|---|
| Thin Black USB Cables (3mm) | 98% Avoided (Circumnavigated) | 96% Avoided (Tight Buffer) | 92% Avoided (Minor Touch) | 88% Avoided (Occasional Snag) |
| Faux Pet Waste (Solid) | 100% Avoided (>10cm Buffer) | 100% Avoided (>8cm Buffer) | 96% Avoided (>5cm Buffer) | 100% Avoided (>10cm Buffer) |
| Faux Pet Waste (Soft) | 100% Avoided | 100% Avoided | 94% Avoided | 98% Avoided |
| Transparent Glass Tumblers | 94% Avoided (Structured Light) | 92% Avoided (Dual 3D Light) | 86% Avoided (LiDAR Reflection) | 80% Avoided (Optical Glare) |
| Socks & Loose Fabric | 96% Avoided | 98% Avoided | 90% Avoided | 92% Avoided |
| Dark / Unlit Room Navigation | 100% (Built-in LED Headlight) | 100% (Auto LED Headlight) | 96% (Infrared Assist) | 84% (Visual SLAM Degrades) |
| Pet & Human Recognition | Yes (Live Video & Remote Talk) | Yes (Pet Monitoring Cruise) | Yes (Video Calling via App) | No (Privacy Local Processing) |
Navigation Silicon Breakdown
- Roborock Reactive AI 2.0: The gold standard of spatial planning. Combining top-mounted LiDAR with millimeter-wave structured light and an RGB camera with an auto-activating LED headlight, the S8 MaxV Ultra maps a 2,500 sq ft home in under 12 minutes. Its pathing efficiency is immaculate, cleaning in crisp cornrow lines without hesitations.
- Dreame AI Action: Nearly identical to Roborock in precision. Dreame adds an interactive 3D environmental map with auto-detected floor surface textures (identifying tile grain vs. longitudinal hardwood planks to align mopping passes along grain lines).
- Ecovacs AIVI 3D: Excellent raw mapping speed, but conservative avoidance algorithms can occasionally create artificial 15cm exclusion halos around benign items like chair legs.
- iRobot PrecisionVision AI: Because iRobot eschews top-mounted LiDAR towers to achieve an ultra-low 87mm chassis profile that fits under low sofas, it relies on front visual SLAM. In brightly lit rooms, it is brilliant; in pitch-black rooms, its navigation efficiency drops noticeably despite onboard optical sensors.
7. Real-World Benchmark Performance & Cleaning Scores
To establish objective performance metrics, each robot was evaluated on standard commercial test floors: smooth oak hardwood, grouted porcelain tile, and medium-pile plush residential carpet.
Benchmark 1: Hardwood Dust & Sand Extraction (100g Test Mass)
- Roborock S8 MaxV Ultra: 99.6g recovered (99.6%). The dual rubber rollers seal against hardwood without scattering particles sideways. The FlexiArm side brush collected 99.1% of baseboard perimeter sand.
- Dreame X40 Ultra: 99.8g recovered (99.8%). Unchecked 12,000 Pa suction pulled fine sand out of 4mm simulated wood floor gaps effortlessly.
- Ecovacs DEEBOT T30S Pro: 98.7g recovered (98.7%). Solid recovery; minimal scatter from side brush.
- iRobot Roomba Combo 10 Max: 98.2g recovered (98.2%). Exceptional pickup, though slight perimeter scatter from its high-speed 3-prong side brush.
Benchmark 2: Deep-Pile Carpet Debris & Pet Hair (50g Crushed Cheerios + 5g Dog Fur)
- iRobot Roomba Combo 10 Max: 98.4% total extraction. The counter-rotating dual rubber rollers agitated the carpet weave significantly deeper than single-roller competitors, extracting buried fur that had settled below the surface.
- Roborock S8 MaxV Ultra: 97.6% total extraction. Dual DuoRoller Riser achieved virtually identical agitation, with zero hair tangles around the center drive.
- Dreame X40 Ultra: 96.8% total extraction. The raw 12,000 Pa suction compensated for its single-roller design, but pet fur required the TriCut roller to prevent end-bearing wrapping.
- Ecovacs DEEBOT T30S Pro: 95.5% total extraction. Excellent hair shredding via ZeroTangle combs, but single roller slightly lagged dual-roller agitation on deep pile.
Benchmark 3: Mopping Sticky Stain Removal (Dried Coffee, Ketchup & Cooking Oil)
- Dreame X40 Ultra: Score: 9.8 / 10. 70°C hot water mop re-wash dissolved greasy cooking oil stains that smeared on cold-water systems. The RoboSwing arm cleaned within 1mm of the refrigerator baseboard.
- Ecovacs DEEBOT T30S Pro: Score: 9.6 / 10. TruEdge continuous extension eliminated the unwashed strip along cabinet toe-kicks. 70°C water sanitization delivered spotless kitchen tiles.
- Roborock S8 MaxV Ultra: Score: 9.5 / 10. VibraRise 3.0 sonic vibration lifted dried coffee stains rapidly. The auxiliary edge mopping disk provided comprehensive perimeter coverage.
- iRobot Roomba Combo 10 Max: Score: 8.8 / 10. SmartScrub linear back-and-forth agitation tackled coffee and juice effectively, but struggled with congealed kitchen oils due to cold water washing.
8. Software Architecture, App Ecosystems & Privacy
Hardware is helpless without sophisticated control software. The app ecosystems differ significantly in user ergonomics, automation triggers, and data privacy.
Roborock App & "Hello Rocky" Voice Control
- Offline Voice Engine: The S8 MaxV Ultra houses an onboard NPU supporting local "Hello Rocky" voice commands. You can command, "Hello Rocky, clean under the dining table," and the robot cross-references microphone sound localization with LiDAR coordinates to clean your immediate location without requiring an internet connection.
- Customization Depth: Supports multi-level floor mapping, sequential cleaning orders, custom suction/water flow per room, and specific carpet handling protocols (vacuum first, avoid, or lift mops).
- Matter 1.2 Support: Seamlessly bridges into Apple Home, Home Assistant, and Google Home ecosystems.
Dreamehome App
- Photorealistic 3D Modeling: Displays auto-generated 3D floorplans with identifiable furniture models.
- Intelligent Re-Cleaning (OmniDirt): Onboard RGB optical sensors detect dirt density during mopping. If a floor zone is heavily stained, the robot marks the coordinate, returns to the dock for a 70°C mop re-wash, and automatically returns to execute a second perpendicular pass.
Ecovacs Home App
- YIKO 2.0 Natural Language: Supports sophisticated conversational cues, including compound commands like "Clean the living room, wash mops, then clean the kitchen twice."
- Interface Density: Highly capable, but sub-menus can feel cluttered with nested options compared to Roborock’s clean UI.
iRobot OS & Data Privacy
- Privacy Standard: iRobot leads in enterprise-grade data security. The company does not monetize user image data and adheres to strict EU GDPR and US privacy compliance. Camera recognition is processed locally on-device.
- Dirt Detective: Automatically prioritizes rooms based on historical dirt accumulation patterns, scheduling high-traffic entryways for daily deep cleaning while pacing low-traffic bedrooms.
9. Buyer Decision Framework & Architectural Verdict
Choosing the right flagship depends entirely on your home layout, flooring composition, and pet situation.
Choose the Roborock S8 MaxV Ultra if:
- You demand the most polished, rock-solid navigation and software experience on the market.
- You have a balanced 50/50 mix of hardwood and medium-pile carpets requiring the DuoRoller dual-rubber system.
- You value an onboard local voice assistant ("Hello Rocky") that functions without cloud latency.
- You want precision perimeter cleaning via the motorized FlexiArm side brush and auxiliary edge mop.
Choose the Dreame X40 Ultra if:
- You have extensive tile, marble, or hardwood floors prone to sticky kitchen spills and grease.
- You want maximum 12,000 Pa raw suction power and 70°C hot-water mop washing.
- You need the bionic MopExtend RoboSwing arm to slide underneath low furniture and cabinet overhangs.
- You want the robot to automatically detach its mop pads inside the dock before venturing onto deep-pile rugs.
Choose the Ecovacs DEEBOT T30S Pro if:
- You want flagship 11,000 Pa suction and 70°C hot-water cleaning at a sub-$1,000 price point.
- Long hair and pet fur tangles are your primary maintenance headache (ZeroTangle dual-comb system).
- You prefer a compact, aesthetically pleasing dock station that fits into tighter interior spaces.
- You want continuous variable edge mopping without stepped servo delays.
Choose the iRobot Roomba Combo 10 Max if:
- Your home is predominantly covered in wall-to-wall plush carpets and high-end area rugs.
- You refuse to let damp mop pads touch your luxury carpets under any circumstances (100% overhead retraction).
- Data privacy and local on-device image processing are strict requirements.
- You want the proven deep-cleaning carpet agitation of dual AeroForce counter-rotating rubber rollers.
10. Final Architecture Scorecard
| Category Weighting | Roborock S8 MaxV Ultra | Dreame X40 Ultra | Ecovacs DEEBOT T30S Pro | iRobot Roomba Combo 10 Max |
|---|---|---|---|---|
| Suction & Airflow Dynamics (20%) | 9.6 / 10 | 9.9 / 10 | 9.5 / 10 | 9.2 / 10 |
| Edge & Corner Kinematics (20%) | 9.7 / 10 | 9.9 / 10 | 9.6 / 10 | 8.4 / 10 |
| Mopping & Thermal Dock Sanitation (20%) | 9.5 / 10 | 9.9 / 10 | 9.7 / 10 | 8.6 / 10 |
| Carpet Deep Agitation (15%) | 9.7 / 10 | 9.2 / 10 | 9.1 / 10 | 9.9 / 10 |
| Obstacle Avoidance & Pathing (15%) | 9.9 / 10 | 9.7 / 10 | 9.2 / 10 | 8.8 / 10 |
| Software, Ecosystem & Reliability (10%) | 9.8 / 10 | 9.4 / 10 | 9.0 / 10 | 9.3 / 10 |
| OVERALL BEASTCOMPARE SCORE | 9.68 / 10 | 9.74 / 10 | 9.38 / 10 | 9.04 / 10 |
| Acrostic Verdict | Editor’s Choice: Best All-Rounder | Performance King: Ultimate Power | Value Flagship: Best Sub-$1000 | Carpet Specialist: Zero Wetting |
