A brand-new way to clean hard floors
The first omnidirectional Fluffy™ cleaner head¹
Effortlessly manoeuvres around obstacles and into tight spaces4.
The articulating neck and four 360° castors make it effortless to manoeuvre the Dyson Omni-glide™ vacuum around obstacles. It glides in all directions – forwards, backwards, even sideways.
The Dyson Omni-glide™ vacuum features Dyson technology, concentrated and rearranged in-line, allowing it to lie flat³ and clean in tight spaces⁴.
Engineered for hard floors
Our first omnidirectional Fluffy™ cleaner head1 has two motorised Fluffy™ rollers to pick up everything from large debris to fine dust. Both brush bars are covered in soft nylon to capture large debris, while black anti-static carbon fibre filaments simultaneously remove fine dust – both when moving forwards and backwards²
Powered by a Dyson Hyperdymium™ motor
Small and light. Spins at up to 105,000rpm to create powerful suction on hard floors.
Five-stage filtration captures fine particles
Advanced whole-machine filtration captures fine dust and 99.97% particles down to 0.3 microns, and keeps it trapped in the bin⁷
Reaches further under furniture
An articulating neck allows the machine to lay flat on the floor, so it’s easy to clean under low furniture³
Single-button power control
Press the Power button once for comfortable, continuous cleaning.
Up to 20 minutes of fade-free power⁵
Three cleaning tools included
¹Compared to all cordless vacuum cleaners with soft roller cleaner heads and 360° castor wheels, according to GFK sales tracking data in each market.
²Tested to EN60312-1:2017 clause 5.1 for hard floors in Max mode.
³Lie flat backwards only
⁴Tight spaces refer to gaps that are wider than 20.7cm.
⁵Applies in Eco mode when using a non-motorised tool. Up to 18-minute runtime in eco-mode for full product with motorised tool. Run time may vary depending on usage and floor type.
⁶Refer to instructions in the operations manual available on the Dyson website
⁷Filtration tested against EN 60312-1 cl 5.11, tested in Max mode
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.