Strong and weatherproof magnets automatically guide the lens into the anchored position. The magnetic function speeds up lens interchange to get you back out riding faster.
Considered Design
Outriggers, lens rings and dedicated touch points are carefully considered and designed at the edges of the frame and lens for easy handling during interchange, while protecting the surface of the lens.
Dual Locking Mechanisms
Once in position, the lens carrier within the goggle frame provides a patented dual locking mechanical engagement to secure the lens. With Smith MAG’s double locking mechanisms, the lens stays secure for whatever the hill throws at you. A simple push of one lever at either side of the lens releases the lens for easy swapping as the light and conditions change. Levers are located on bottom corners for 4D family, and Squad MAG family, with levers behind the lens on each side of the I/O MAG family.
Our ChromaPop™ technology filters specific light wavelengths to amplify detail and give you greater definition, color, and clarity for longer days on the hill.
Peak clarity with ChromaPop™
Our ChromaPop™ technology filters specific light wavelengths to amplify detail and give you greater definition, color, and clarity for longer days on the hill.
Low VLT Lens
Sunny Conditions
Mid VLT Lens
Partial Sun Conditions
High VLT Lens
Cloudy Conditionss
Low VLT Lens
VLT >25%Best for bright, cloudless days when you need less glare and better definition.
Peak clarity with ChromaPop™
Our ChromaPop™ technology filters specific light wavelengths to amplify detail and give you greater definition, color, and clarity for longer days on the hill.
Low VLT Lens
Sunny Conditions
Mid VLT Lens
Partial Sun Conditions
High VLT Lens
Cloudy Conditionss
Mid VLT Lens
VLT 25-50%Suited for a range of conditions, from cloudy mornings to bluebird afternoons.
Peak clarity with ChromaPop™
Our ChromaPop™ technology filters specific light wavelengths to amplify detail and give you greater definition, color, and clarity for longer days on the hill.
Low VLT Lens
Sunny Conditions
Mid VLT Lens
Partial Sun Conditions
High VLT Lens
Cloudy Conditionss
High VLT Lens
VLT 50+%Perfect for socked-in days, with less overall tint so you can stay on the mountain longer.
Types of Goggle Lenses
Birdseye Vision™
Birdseye Vision™
Our 4D MAG family, featuring Birdseye Vision™ boasts a 25% increase of overall field of view compared to our I/O MAG family.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Spherical lenses are built on a base curve around both the X (horizontal) and Y (vertical) axis. Smith's Spherical lenses are offered exclusively in carbonic-x material with TLT (tapered lens technology) Optics and a base 6x4 toric shape.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Cylindrical lenses are built on a base curve around the Y (vertical) axis. Smith’s cylindrical lenses are offered in carbonic-x material with TLT (tapered lens technology) optics and a base 5 curve.
Responsive Fit design allows the frame to adapt and follow the contours of your face, fitting perfectly on any face. Using only the strictly necessary material and creating a flexible reticular architecture, Smith goggle frames behave like a suspension system which precisely adapts to the unique shape of your face, ensuring an accurate and comfortable fit.
Integration
Rear Air Outlet
The warm air that accumulates in the goggles is discharged via the AirEvac ventilation system, flows through the AirEvac 2 EPS ventilation channels and is finally released as far away from the safety goggles as possible. Ultimate integration between goggles and helmet from start to finish.
Precise Fit
The ultimate integration is evident in the precise coordination of goggles and helmets from Smith. Our helmets are designed in such a way that they correspond to the curve of the frame of the protective goggles, which avoids the so-called "gaper gap", a gap between protective goggles and helmet, and enables precise alignment of the AirEvac system of the helmet and the ventilation system of the protective goggles.
Maximum Airflow
Protective goggles fog up if warm, moist air is trapped in the goggle chamber through standard helmets. Smith's AirEvac ventilation systems generate maximum airflow and ensure that warm air that causes fogging flows out of the goggles. The warm air can exit at the top of the goggles and make its way through the helmet's AirEvac system.
Rear Air Outlet
The warm air that accumulates in the goggles is discharged via the AirEvac ventilation system, flows through the AirEvac 2 EPS ventilation channels and is finally released as far away from the safety goggles as possible. Ultimate integration between goggles and helmet from start to finish.
Precise Fit
The ultimate integration is evident in the precise coordination of goggles and helmets from Smith. Our helmets are designed in such a way that they correspond to the curve of the frame of the protective goggles, which avoids the so-called "gaper gap", a gap between protective goggles and helmet, and enables precise alignment of the AirEvac system of the helmet and the ventilation system of the protective goggles.
Maximum Airflow
Protective goggles fog up if warm, moist air is trapped in the goggle chamber through standard helmets. Smith's AirEvac ventilation systems generate maximum airflow and ensure that warm air that causes fogging flows out of the goggles. The warm air can exit at the top of the goggles and make its way through the helmet's AirEvac system.
Rear Air Outlet
The warm air that accumulates in the goggles is discharged via the AirEvac ventilation system, flows through the AirEvac 2 EPS ventilation channels and is finally released as far away from the safety goggles as possible. Ultimate integration between goggles and helmet from start to finish.
OTG
Over the Glasses
Premium Engineered Fit
Reliefs in the temple area, as well as increased overall volume make room for eyeglasses.
Over the Glass Anti-Fog Performance
Interior volume maximizes fog prevention with or without eyeglasses.
Eyeglass and Helmet Compatibility
The OTG series maintains our highest levels of integration. No sacrifices were made when enabling the goggles to work with your eyeglasses.
