Dyson Omni-glide™
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
Plus:
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
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