Dyson 360 Vis Nav Redefines Robot Vacuum Performance with Dual-Link Engineering and Advanced Corner Cleaning
Robot Details
Dyson 360 Vis Nav • DysonPublished
February 18, 2026
Reading Time
3 min read
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Origin Of Bots Editorial Team

Most Powerful Robot Vacuum Arrives
Dyson's flagship 360 Vis Nav robot vacuum establishes a new performance benchmark in the home cleaning category with twice the suction power of competing robot vacuums. The device delivers 65 AW of suction across four distinct power modes, leveraging a Hyperdymium motor spinning at 110,000 RPM to generate 22,000 pascals of pressure. This engineering breakthrough addresses a persistent consumer pain point: traditional robot vacuums lose suction efficiency as their dust bins fill. Dyson's patented cyclone technology maintains consistent performance throughout cleaning cycles, making this device particularly relevant for pet owners and households with high-traffic areas.
Corner Capture Innovation Explained
The 360 Vis Nav introduces an automatic extending side duct that actively redirects suction toward walls and corners, departing from passive side-brush designs used by competitors. Unlike traditional sweepers that deflect debris away from edges, this system actively captures dust and pet hair right up to the wall line. The D-shaped body geometry complements this capability, allowing the robot to reach into corners that cylindrical designs cannot access effectively. Combined with a full-width triple-action brush bar engineered to reduce tangling, this multi-vector approach transforms corner cleaning from a persistent weakness into a measurable strength.

Sensor Architecture Enables Intelligent Mapping
Twenty-six external sensors working in concert with a 360-degree vision system give this robot real-time environmental awareness. The device takes measurements 20 times per second, detecting obstacles, walls, and hazards for bump-free navigation. A piezo dust sensor monitors air quality 15,000 times per second, triggering automatic suction adjustments when microscopic particles are detected. This layered sensor approach enables the robot to map homes with vSLAM precision while learning floor layouts, allowing users to schedule room-specific cleaning modes through the MyDyson app.
Practical Applications for Modern Homes
Pet owners represent the primary beneficiary segment, as the device's sustained suction power handles hair accumulation across multiple room types without performance degradation. The 65-minute maximum runtime covers most residential spaces before automatic dock-return and recharge cycles activate. Quiet mode reduces noise to acceptable levels for occupied spaces, while Boost mode tackles ground-in dirt and matted pet hair on carpets. The low-profile design (3.9 inches tall) enables cleaning beneath furniture where pet hair and dust typically accumulate unaddressed.

Key Specifications and Performance Metrics
The 360 Vis Nav measures 13.0 by 12.6 by 3.9 inches and weighs 9.9 pounds, providing a compact footprint for storage and maneuvering. The dual-link suspension system enables climbing capability up to 0.8 inches, clearing minor thresholds and transitions. A 0.13-gallon dust bin requires frequent emptying in high-debris environments but reduces overall device weight. The fully sealed HEPA filtration system traps 99.99 percent of particles as small as 0.1 microns, including allergens and pet dander. Battery runtime reaches 65 minutes in standard mode with automatic fade-free power maintenance, while charge time completes in 1.55 hours.
Versus Rivals Breakdown
| Robot | Strengths over Dyson 360 Vis Nav | Dyson 360 Vis Nav Advantages | Weaknesses vs. Dyson 360 Vis Nav |
|---|---|---|---|
| Ecovacs X9 Pro Omni | Lower price point; larger bin capacity | 2x suction power; superior corner edge capture; advanced vSLAM mapping | Limited auto-empty functionality; smaller cleaning path width |
| Samsung Jet Bot AI+ | Integrated smart home ecosystem | Hyperdymium motor delivers highest suction in category; dual-link suspension; D-shaped design | Narrower product ecosystem integration; proprietary app dependency |
| Roborock S8 Pro Ultra | Hybrid mopping capability; larger base station | Dedicated corner-cleaning duct; 26-sensor array; piezo dust detection | Mopping not available; base station footprint larger |
| LG CordZero ThinQ | Premium design aesthetics; integrated app controls | 110,000 RPM motor performance; triple-action brush bar; extended runtime | Higher price positioning; fewer cleaning mode customizations |
Sources
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