Powered by the Dyson digital motor V9

The Dyson Airwrap™ styler is powered by the Dyson digital motor V9. Spinning at up to 110,000rpm, generating 3.2kPa, it’s powerful enough to produce the air pressure needed to create the Coanda effect.

The dyson digital motor V9 broken down

What is the Coanda effect?

The Coanda effect is an aerodynamic phenomenon. Air, when propelled at the right speed and pressure, naturally follows an adjacent surface, entraining surrounding air. The Dyson Airwrap™ styler creates a spinning vortex of air around the barrel that gently attracts, wraps and curls hair.

Air rushing around dyson airwrap styler barrels

"Our digital motor technology gives us the high-pressure, high-velocity airflow needed to create the Coanda effect."

Graham Donald Senior Motor Drives Engineer

Intelligent heat control

Temperatures above 150° can cause extreme heat damage. Above 230°, hair melts. The Dyson Airwrap™ styler’s thermistor measures airflow temperature over 40 times every second. It transmits data to the machine’s microprocessor which intelligently controls the heating element, keeping the temperature under 150°C. To prevent extreme heat damage.

Inner working of airwrap barrels and the microprocessor that powers them

Choose your model

  • Powerful Dyson digital motor V9.
  • For multiple hair types.
  • Includes all attachments.

  • 30mm Airwrap™ barrels
  • 40mm Airwrap™ barrels
  • Firm smoothing brush
  • Soft smoothing brush
  • Round volumising brush
  • Pre-styling dryer
  • Non-slip heat-resistant mat
  • Tan storage case

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