The only styler to curl, shape and hide flyaways using the Coanda effect - with no extreme heat.
Engineered for multiple hair types, for hair that's chest-length or longer.
Re-engineered attachments harness Enhanced Coanda airflow to create your styles. With new barrels to curl and wave in both directions, brushes to control and shape, and the multi-functional Coanda smoothing dryer to dry, smooth and hide flyaways.
Coanda to curl
Create clockwise and anti-clockwise curls with one barrel. Enhanced Coanda airflow attracts and self-wraps hair in both directions for voluminous curls or waves.
Coanda to shape
Enhanced Coanda airflow attracts hair to the surface of our re-engineered brushes to shape your hair with increased control, for straight styles.
Coanda to smooth
Dry, smooth and hide flyaways with one multi-functional attachment. Two jets of air work simultaneously on dry and straight hair to smooth and perfect your end style, with up to 58% less frizz and flyaways.
Focused airflow to dry
Powerful airflow quickly rough-dries hair in preparation for styling.
Dries and styles simultaneously - with no extreme heat
Some traditional styling tools use extreme temperatures to break bonds in the hair and reset them in a new shape. This can cause permanent damage to the hair. The Dyson Airwrap™ multi-styler styles hair from wet to dry using Coanda airflow, not extreme heat.
Prussian blue storage case
Protects and neatly stores your Dyson Airwrap™ multi-styler and attachments. Finished in Prussian blue, cushioned with soft fabric and with a removable lid that is also a non-slip mat for your multi-styler.
Style with air, not extreme heat
The Dyson Airwrap™ multi-styler harnesses an aerodynamic phenomenon called the Coanda effect. It uses air to attract and wrap hair to the barrel, or surface of the brush.
Powered by the Dyson digital motor V9
The 13-blade impeller spins at up to 110,000rpm, generating 3.2kPa. Powerful enough to produce the air pressure that creates the Coanda effect.
Intelligent heat control
Measures airflow temperature over 40 times a second, intelligently controlling the heating element to keep the temperature under 150°C. Preventing extreme heat damage.
