




Photochromic sunglasses -
The Torica LS Black/Swish Purple Grey Light Sensitive are sunglasses from the brand Scott.
Suitable for small to medium-sized faces, these sunglasses feature an extra-large lens equipped with photochromic technology SCOTT Light Sensitive , which allows the lenses to automatically adapt to the current light conditions, giving you optimized vision at all times. You will also be able to change the lens on these glasses to adapt your model to the current light intensity.
The width of the lens provides maximum field of vision and protects you from wind and debris during your rides. What's more, they have been optimized to be perfectly compatible with a helmet, while the adjustable nose frame and non-slip temple tips ensure a secure fit even during intense activity!
They will provide Torica LS you with excellent protection and style whatever the lighting conditions.




- Sports case with Microfiber pouch included
Glasses:
- Interchangeable lens
- Light: 10-65%
- Toric lens
- High-quality lenses SCOTT Precision Optics
- Impact protection
- Maximum field of view
- 100% UV protection
frame :
- frame Scott Fusion
- Nasal frame and non-slip temple tips
- Compatible with headphones
Dimensions :
- Lens width: 132 millimetres
- Glass height: 58 millimetres
- Branch length: 120 mm
| AMPLIFIER | TheAmplifier Lens Technology works on the shape of the visible light transmission curve and optimizes three specific wavelengths: blue, orange and red. These light ranges are the most important for the human eye in order to improve contrast and clarity. |
| LIGHT SENSITIVE | The lenses SCOTT Light Sensitive use photochromic technology and automatically adjust to the intensity of daylight. The lenses Light Sensitive react to changes in brightness; within seconds, they darken if daylight intensifies or lighten if it weakens. |
| RILSAN® CLEAR | All our sunglasses frames are manufactured with 45% bio-based polymers (derived from castor beans), which helps to improve our carbon footprint and reduce our dependence on fossil fuels, while maintaining a high level of performance. |