




Photochromic ski/snowboard goggles - Unisex -
Available colours:
The Method Method Canyon Clay Vapor/Vivid Infrared Photochromic ski/snowboard goggles from Giro combine a modern look with clear and precise vision to fully enjoy every run.
These goggles provide you with an extra-wide field of view thanks to Expansion View (EXV) technology. Additionally, enjoy exceptional wearing comfort thanks to the triple-layer foam with a microfleece lining and the anti-fog treatment. The EVAK Vent ventilation system helps to evacuate moisture to limit fogging, even during the most intense efforts. This model is equipped with a VIVID Photochromic lens developed with ZEISS® Optics, which enhances contrast and adapts automatically to changes in brightness. It darkens when the sun appears and lightens when the light fades, covering category 1 to 2 conditions without needing to change the lens.
Thus, to benefit from impeccable vision and a lens capable of adapting to light changes, choose the Method.



- Expansion View technology for an expanded peripheral vision
- Compatibility with Giro helmets
- Triple-layer foam with microfleece lining
Lenses:
- Photochromic VIVID technology with ZEISS® optics
- VIVID Infrared outer lens and photochromic inner lens
- Spherical toric lens
- Anti-fog treatment
- 100% UV protection
- Protection category S1 to S2
- Quick lens change system
Composition:
- 35% Polyurethane, 35% Polyamide, 25% Polyacrylic, 5% Others
| TRIPLE FACE FOAM | Three-layer padding. Layer 1: soft contact surface against the skin. Layer 2: flexible material to adapt to facial contours. Layer 3: stable layer ensuring a bond with the mask frame. |
| EVAK VENT | EVAK Vent technology uses foam made from a durable, non-absorbent material. It wicks moisture away and limits fogging while creating a barrier against external elements. |
| VIVID OPTICS BY ZEISS | Optical technology developed by Giro in partnership with ZEISS® Optics, enhancing contrast and relief definition on the snow. |
| EXPANSION VIEW | Technology using a spherical toric shape inspired by the human eye to offer expanded peripheral vision and increase the air volume inside the mask. |