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Airblade V


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Grey - Dark White - Creamy Stainless
Technical Specification

Width (mm) : 234
Height (mm) : 394
Depth (mm) : 100
Power (W) : 1600

Concentrated Airblade™ hand drying technology

The development of the Dyson digital motor - one of the world's smallest 1600W motors, has enabled Dyson engineers to build a hand dryer that protrudes just 4 inches from the wall. It dries hands hygienically in 10 seconds.

- Dyson digital motor

The latest Dyson digital motor was seven years in the making - it's one of the world's smallest fully-integrated 1600W motors. It's the only hand dryer motor powerful enough to draw in up to 30 litres of air a second through a HEPA filter, and then dry hands in 10 seconds.

This long-life energy efficient motor is digitally switched at 6,000 times per second, making the high compression fan spin 90,000 times a minute. There are only three moving parts, so there are no slip rings or carbon brushes to wear down.

- Slim profile

Because of bulky motors, other hand dryers may protrude far from the wall. They may have to be recessed into the wall, which can be costly. Because the Dyson Airblade V hand dryer uses the latest Dyson digital motor, it is just 4 inches deep. This means that it can be installed without recessing and the associated costs.

- 10 second dry time

Testing based on the National Sanitation Foundation's Protocol P335 (NSF P335) shows that most other hand dryers are much slower than their manufacturers claim. Many people give up when using a slow hand dryer. But damp hands can spread up to 1,000 times more bacteria than dry hands.

Testing based on NSF P335 proves that Dyson Airblade™ hand dryers are the fastest. The Dyson Airblade V hand dryer dries hands hygienically in 10 seconds.

- The most hygienic hand dryer

Other hand dryers are unhygienic. They don't filter bacteria and viruses from the washroom air. They suck in dirty air then blow it back onto hands. The Dyson Airblade V hand dryer uses two HEPA filters. 99.9% of bacteria and viruses in the washroom air are captured. So hands are dried using cleaner air, not dirty air.

Only Dyson Airblade™ hand dryers are certified hygienic by independent public health specialists, NSF international. No other hand dryers meet every part of the NSF Protocol P335. As well as having a fast dry time and HEPA filters, the Dyson Airblade V hand dryer also has touch-free operation and an antibacterial additive.

- Costs less to run

Other hand drying methods are expensive to run. Paper towels need constant re-stocking and disposal. Most other hand dryers are slow, and many use a heating element, so they're energy hungry.

The Dyson Airblade V hand dryer costs up to 69% less to run per year than other hand dryers, and up to 97% less than paper towels.

- Low impact on the environment

Dyson Airblade™ hand dryers produce up to 72% less CO2 than some other hand dryers and up to 68% less than paper towels.*

- NSF approved

No other hand dryers meet every part of NSF Protocol 335.

- Dries each hand separately

Most hand dryers have one narrow column of air that chases water around hands, missing areas and leaving wet patches. The Dyson Airblade V hand dryer uses two sheets of air that span the width of each hand to scrape off water like a windscreen wiper.

- Touch-free operation

Capacitive sensors activate air.

- Antibacterial additive

Can help prevent the growth of bacteria.

- Quick to clean

Small surface area - smooth single piece fascia with CNC-machined airslots.

- 5 year guarantee

The Dyson Airblade™ V hand dryer comes with a 5 year guarantee.
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Dyson Main Contact

UK Head Office, Dyson Ltd
Tetbury Hill
SN16 0RP
United Kingdom

Tel: 0800 345 7788


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About the Company


You know the feeling when some everyday product lets you down. 'I could have designed this better myself', you think. But how many of us turn our thoughts into actions? James Dyson does. He is a man who likes to make things work better. James Dyson has proved that inventive thinking and rigorous engineering techniques produce better machines.


In 1978, James Dyson noticed how the air filter in the Ballbarrow sprayfinishing room was constantly clogging with powder particles (just like a vacuum cleaner bag clogs with dust). So he designed and built an industrial cyclone tower, which removed the powder particles by exerting centrifugal forces greater than 100,000 times those of gravity. Could the same principle work in a vacuum cleaner?

James Dyson set to work. Five years and 5,127 prototypes later, the world’s first bagless vacuum cleaner from Dyson arrived.


The public response gave James the confidence to explore his other ideas and inventions. He and his growing team of engineers and scientists needed more room. And so James constructed new research and development laboratories at his Cotswolds base. And then expanded them further. More ideas. More invention.


Over 1,000 Dyson engineers and scientists in Britain, Singapore and Malaysia are dedicated to inventing and improving Dyson machines. They are drawn from a broad spectrum of disciplines:

Electrical engineering; fluid dynamics; prototyping; electronics; design; testing; separation systems; robotics; software; materials; motors; aerodynamics; microbiology; mechanical engineering; acoustics; compliance; hardware; turbo machinery. And others.

Every member of the RDD department is an expert in their field. Working together, they ensure Dyson machines outperform others and are built to last.


Engineers: the world’s problem solvers. And we need more of them. Which is why James Dyson is so passionate about encouraging more young people to pursue science, technology and engineering. His charitable foundation supports students and teachers via bursaries, education programmes and teaching materials. Unusually James, when advising the British Government, calls for more young children to learn through failure and hard work rather than immediate success.
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