| Color | Pink |
|---|---|
| Country of Origin | Malaysia |
| PID | 1033592 |
| Product depth (mm) | 108 |
| Product height (mm) | 285 |
| Product weight (g) | 807 |
| Product width (mm) | 55 |
| Electronic address of single contact point | |
| Manufacturer address | Tetbury Hill, Malmesbury SN16 0RP, Iso-Britannia |
| Manufacturer's email address | |
| Manufacturer name | Dyson |
| EU Responsible Person |
The Dyson Supersonic r™ hair dryer is designed for fast and precise drying. Its redesigned structure delivers a more even finish, increases shine, and reduces frizz by up to 46%³ – without heat damage.
The device is 30% smaller¹ and 20% lighter², offering effortless control even in challenging areas like the back of the head. The lighter design makes the entire drying process more comfortable and less tiring.
The new heater technology streamlines and heats the airflow more evenly. The highly responsive heater, placed inside the curve, includes 10 heating films that produce consistent heat without extremely hot or cold spots.
The attachments are pre-programmed to the exact right temperature and airflow ranges. RFID chips remember the last used setting, making usage smooth. Settings can still be adjusted according to personal preferences.
The Streamlined flow heater and attachments form a system that delivers Dyson’s most precise hair drying result. The outcome is a smoother surface and more shine.³
The device is designed for professionals but makes everyday styling easier. In consumer studies, 98% of users found the hair dryer easy to maneuver⁴, and 96% reported effortless drying of the back of the head⁴. Among a test group of over one hundred hairstylists, more than 90% achieved professional results, better-defined curls, as well as reduced frizz and controlled static⁵.
Temperature and airflow settings are tailored to work perfectly with the attachments. There are three airflow speeds and low, medium, and high temperature settings. The Cold shot button blows cool air to finish your style.
¹Compared to the Dyson Supersonic™ range.
²Compared to the Dyson Supersonic™ hair dryer. Based on body weight.
³Compared to air drying.
⁴Based on consumer tests.
⁵Based on a survey of 109 hairstylists conducted on December 2, 2024.
15 in stock
The Dyson Supersonic r™ hair dryer is designed for fast and precise drying. Its redesigned structure delivers a more even finish, increases shine, and reduces frizz by up to 46%³ – without heat damage.
The device is 30% smaller¹ and 20% lighter², offering effortless control even in challenging areas like the back of the head. The lighter design makes the entire drying process more comfortable and less tiring.
The new heater technology streamlines and heats the airflow more evenly. The highly responsive heater, placed inside the curve, includes 10 heating films that produce consistent heat without extremely hot or cold spots.
The attachments are pre-programmed to the exact right temperature and airflow ranges. RFID chips remember the last used setting, making usage smooth. Settings can still be adjusted according to personal preferences.
The Streamlined flow heater and attachments form a system that delivers Dyson’s most precise hair drying result. The outcome is a smoother surface and more shine.³
The device is designed for professionals but makes everyday styling easier. In consumer studies, 98% of users found the hair dryer easy to maneuver⁴, and 96% reported effortless drying of the back of the head⁴. Among a test group of over one hundred hairstylists, more than 90% achieved professional results, better-defined curls, as well as reduced frizz and controlled static⁵.
Temperature and airflow settings are tailored to work perfectly with the attachments. There are three airflow speeds and low, medium, and high temperature settings. The Cold shot button blows cool air to finish your style.
¹Compared to the Dyson Supersonic™ range.
²Compared to the Dyson Supersonic™ hair dryer. Based on body weight.
³Compared to air drying.
⁴Based on consumer tests.
⁵Based on a survey of 109 hairstylists conducted on December 2, 2024.