Dyson Airblade V Hand Dryer Features and Benefits

The compact, beautifully designed Dyson Airblade V hand dryer

The Airblade V is high power in a small package. 420mph air pulls the water off your hands in just 12 seconds.

Airblade™ technology scrapes away water at 420mph

HEPA-filtered air is channelled up the machine by the motor, forcing sheets of filtered air through precision apertures at high pressure. Water is scraped from the hands at 420mph.

The redesigned digital motor V4 is extremely efficient.

The Dyson digital motor V4

The reprogrammed Dyson digital motor V4 uses digital pulse technology to draw up to 5.3 gallons of air per second through the machine, for fast hand drying.

In the Dyson Airblade V (HU02) a 3 stage HEPA filter cleans the air before it reaches your hands; ensuring a hygienic dry.

HEPA-filtered air

Dyson Airblade™ hand dryers HEPA filters captures 99.97% of particles³ before it's blown onto hands. So hands are dried with cleaner air, not dirty air.



The Airblade V is independently tested to dry your hands in just 12 seconds.

Quick drying

A reprogrammed motor and re-engineered airflows mean the Dyson Airblade V hand dryer is quieter than ever, yet still dries hands in just 12 seconds.

The redesigned airways allow the same dry time but with 30% less noise.

30% quieter

With reprogrammed software, the 1000W Dyson digital motor V4 makes the Dyson Airblade V hand dryer 30% quieter² than it's predecessor.

Dyson Airblade V will pay for itself in less than 2 years and prevents a mountain of paper towel waste. What's not to love?!

Less waste

Up to 78% less expensive to run than other hand dryers. Up to 99% less than single-use paper towels, with up to 83% less CO₂ emissions. Creating a better environment in your restrooms and in the world outside.




Save when you switch to Dyson hand dryers

Reduce carbon emissions and running costs, with up to 88% less CO2. Costs up to 99% less to run than paper towels.

Don't generate a mountain of paper towel waste. Install a Dyson Airblade V and start saving money now!

Save when you switch to Dyson hand dryers

Don't generate a mountain of paper towel waste. Install a Dyson Airblade V and start saving money now!

Reduce carbon emissions and running costs, with up to 88% less CO2. Costs up to 99% less to run than paper towels.




Hygienic and independently proven safe

Touch-free. HEPA-filtered. No paper waste.

Dyson Airblade™ hand dryers have been independently proven to aerosolize no more than paper towels.

Without the waste.

Dyson engineers carefully test and re-test the Airblade hand dryers before they go out to customers.

Hygienic and independently proven safe

Dyson engineers carefully test and re-test the Airblade hand dryers before they go out to customers.

Touch-free. HEPA-filtered. No paper waste.

Dyson Airblade™ hand dryers have been independently proven to aerosolize no more than paper towels.

Without the waste.




This dryer is certified by the NSF.

NSF

The only hand dryer certified by the NSF International Protocol P335.

This dryer is certified by the Carbon Trust

Carbon Trust

Carbon Trust certifies that drying hands with a Dyson Airblade has a lower carbon footprint per use than using warm air dryers or paper towels.








Frequently Asked Questions

Is this a warm air hand dryer?

No. Warm air hand dryers can encourage the growth of bacteria dried into hands. The Dyson Airblade V does not use heating elements, and features a HEPA filter as standard that captures 99.97% of particles,³ from the restroom air, before they are blown onto hands.


Can this be used in an accessible restroom?

The Dyson Airblade V hand dryer is ADA compliant.


Do I need a backplate for this machine?

Backplates are required for porous walls.


How often should I change the HEPA filter?

The lifecycle of the HEPA filter will depend on the air quality in your facility. Generally speaking, we recommend every 2-3 years in a normal office environment. If your environment is dusty or has lots of particulates in the air (for instance, the kitchen of a bakery where lots of flour is used), it can be 6-12 months. And, of course, any time you notice reduced airflow, it's a good time to examine the filter and replace if necessary.