Trace Pro Compact Ls Black Amp Ls Cinnamon Chrome S1-3
Photochromic ski goggles -
Other colors available
Home delivery from 14/09/2026
60 days to change your mind
No subject to promotional offersThe Trace Pro Compact Ls Black Amp Ls Cinnamon Chrome S1-3 is a ski goggle from the brand Scott designed to provide optimal protection and clear vision in all conditions on the slopes.
This goggle features a wide cylindrical lens measuring 166 mm in width and 85 mm in height, offering an extended field of view. The frame incorporates a double-layer facial foam for maximum comfort and excellent fit, complemented by a wide silicone-grip strap that ensures a secure hold even during fast descents.
The lenses benefit from AMPLIFIER technology, which optimises light transmission across the blue, orange, and red wavelengths to enhance contrast and clarity. Additionally, the LIGHT SENSITIVE technology allows the photochromic lenses to automatically adapt to light intensity, ensuring perfect vision from sunrise to sunset. Their NoFog™ anti-fog treatment and 100% UV protection guarantee an uncompromised visual experience.
The Trace Pro Compact Ls Black Amp Ls Cinnamon Chrome S1-3 is the ideal choice for ski enthusiasts seeking a technical, comfortable, and high-performance goggle to confidently tackle all terrains.
Lens:
- Covered categories: from 1 to 3
- 100% UV protection
- Anti-fog treatment NoFog™
- Cylindrical screen
Frame:
- Double-layer facial foam
- Extra-wide silicone adhesive strap
Dimensions:
- Lens width: 166 mm
- Lens height: 85 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. |
| LIGHT SENSITIVE | The Light Sensitive SCOTT lenses utilise photochromic technology and automatically adapt to the intensity of sunlight to offer you optimal vision regardless of lighting conditions on the slope. They react automatically to changes in brightness by darkening within seconds as it increases, or by lightening when sunlight decreases. |
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