




Photochromic sunglasses -
The Torica Ls Black Amp Ls Gold Chrome S1-3 are sunglasses from the brand Scott designed to provide optimal protection and exceptional visual comfort during your outdoor activities.
The frame in Rilsan® Clear is made from 45% bio-based polymers, making it both lightweight, durable, and environmentally friendly. Its design features a soft nose support and non-slip endpieces for a secure fit, even when wearing a helmet. The mask is equipped with an interchangeable toric lens that guarantees a maximum field of vision and impact protection.
The lens benefits from Amplifier technology, optimising blue, orange, and red wavelengths to significantly enhance contrast and visual clarity. Additionally, it incorporates Light Sensitive technology, allowing it to automatically adapt to ambient light, ensuring perfect vision in all conditions, from intense sunlight to cloudy days.
With the Torica Ls, enjoy technical and durable equipment that accompanies you with precision and comfort on all your outdoor adventures.




- Sports case with included microfiber pouch
Lens:
- Visible light transmission: 10-59%
- Covered categories: 1 to 3
- Interchangeable lens
- Toric lens
- Impact protection
- Maximum field of vision
- 100% UV protection
Frame:
- Scott Fusion frame
- Soft nose support and non-slip endpieces
- Helmet compatible
Dimensions:
- Lens width: 132 mm
- Lens height: 58 mm
- Temple length: 120 mm
| AMPLIFIER | The Amplifier Lens Technology works on the shape of the visible light transmission curve and optimises three specific wavelengths: blue, orange, and red. These light ranges are the most important for the human eye to enhance contrast and clarity. |
| RILSAN® CLEAR | All our sunglasses frames are made with 45% bio-based polymers (derived from castor oil), which helps improve our carbon footprint and reduce our dependence on fossil fuels, while maintaining a high level of performance. |
| LIGHT SENSITIVE | Light Sensitive SCOTT lenses utilise photochromic technology and automatically adapt to the intensity of sunlight to provide optimal vision regardless of lighting conditions on the slopes. They react automatically to changes in brightness by darkening within seconds as light increases, or by lightening when sunlight decreases. |
