




Photochromic sunglasses -
The Pro Shield Ls Black Amp Ls Gold Chrome S1-3 is a pair of sunglasses from the Scott brand, specially designed for trail/running, mountain biking, and cycling, offering optimal protection and maximum comfort.
The photochromic lens Amp Ls Gold Chrome, covering categories 1 to 3, ensures ideal light transmission for all weather conditions, with 100% UV protection. Its cylindrical design provides a wide field of vision and exceptional clarity thanks to Scott Amplifier technology, which enhances contrast for better terrain perception.
The frame features a non-slip nose bridge and non-slip temples for secure hold even as effort intensifies. Its lightweight and ergonomic design guarantees lasting comfort, while the ACS ventilation system reduces fogging for consistently clear vision. Thus, these glasses represent a high-performance technical choice for demanding athletes.




- Sports case and microfiber pouch
Lens:
- Covered categories: from 1 to 3
- 100% UV protection
- Cylindrical lens
- Interchangeable screen
Frame:
- Soft, non-slip nose pads
- Non-slip endpieces/hinge mounts
- Cable adjustment system at the temples
Dimensions:
- Lens width: 133 mm
- Lens height: 61 mm
- Temple length: 118 mm
| ACS AIR CONTROL SYSTEM | The ACS ventilation system integrates air intakes at the mask lens and air outlets at both the lens and frame on the lower part of the mask. This results in a sophisticated ventilation system that helps prevent condensation and fogging. |
| 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. |
| 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 slope. They react automatically to changes in brightness by darkening within seconds as light increases, or by lightening when sunlight decreases. |
