Goggles and Sunglasses: What Actually Matters

Eyewear is the piece of kit most people buy on looks and then spend a whole day regretting. A jacket that is slightly wrong makes you slightly cold. A lens that is wrong means you cannot see the terrain, and on a mountain that is not a comfort problem.

Three things decide whether a lens works: the shape of the lens, what the frame does around it, and the tint. Everything else is preference. Here is how to read all three, and where each piece in AW26 sits.

Lens shape: cylindrical or spherical

A cylindrical lens curves around your face from side to side and stays flat from top to bottom. It is the simpler shape, it is lighter, and it costs less to build. The trade is a little more glare from light coming in above or below you — off a low winter sun, or bouncing back up off the snow.

A spherical lens curves on both axes, which is the shape of your eye. That gives you a wider field of view, less distortion out at the edges where you look for terrain, and less of the glare a flat top edge picks up. It is the harder lens to make, and it is why the spherical goggles sit at the top of the range.

Cylindrical: WHET™, QUILL™, ROOK™, JACK™. Spherical: CULMEN™, CROWN™.

The same split runs through the sunglasses. VANE™ is a cylindrical shield; PINION™ is a spherical one.

What the frame is for

A goggle frame does one job — hold the lens — and how much of it there is decides what you trade.

Full frame. ROOK™ holds the lens on all four sides. That is the build that survives being thrown in a pack, sat on at a chairlift, or dragged down forty metres of firm snow after a bad landing. It is the goggle to own if you are hard on your gear, and the one to hand to someone else.

Slim frame. JACK™ keeps the frame at the edge of the lens and trims everything else. You keep most of the protection, lose the bulk, and it reads noticeably smaller on the face.

Frameless. WHET™, QUILL™, CULMEN™ and CROWN™ have nothing around the lens at all, so the edge of the lens is the edge of what you can see. Peripheral vision is where you notice it — a rider coming across, the edge of a rollover, the line you were not looking directly at.

The rule is straightforward: frame for durability, frameless for view.

Fog is a ventilation problem

A lens fogs when warm, damp air from your face meets a cold lens. It is not a fault, it is physics, and no coating fixes it on its own — the air has to keep moving.

CULMEN™ vents across the top of the lens, which moves that air through before your breath settles on it. On a long climb, or lapping hard in cold air, that is the difference between seeing the run and guessing at it.

Four habits matter more than the goggle:

Do not push them up on your forehead while you are working. That is a warm, wet surface directly under a cold lens. It is the single most common way people fog a goggle they then blame.

Never wipe the inside of a wet lens. The anti-fog treatment lives on that surface and comes off on the cloth. Shake the water out, leave it face up somewhere warm, and let it dry.

Keep your mouth uncovered, or covered properly. A neck gaiter pulled over your nose aims a jet of warm damp air straight into the bottom of the goggle.

Do not put a fogged goggle back on. Ten minutes in a jacket pocket next to your body clears it. Wearing it wet keeps it wet all day.

Tint: what the colours actually do

Smoke is neutral. It cuts brightness without shifting colours, which is what you want when the light is strong and stable — a high, bright day where the problem is quantity of light, not reading the surface.

Revo lenses carry a mirror coating that bounces a share of the light away before it reaches the lens at all. That is what kills the glare coming off snow. The colour is largely a question of which part of the spectrum the coating leans on: gold and red lift contrast, which helps you pick out texture when the light goes flat; silver and blue are the high-sun end.

Photochromic lenses darken and clear with UV. One lens covers a dawn start in the trees, a middle of the day on open snow, and an afternoon back in flat light. If you are going to own one lens, own this one. Available on most of the goggles, and on PINION™ and VANE™.

The sunglasses run a fixed category 3 lens where they are not photochromic. Category 3 is the bracket for strong sun, which is what altitude and snow together produce.

Goggles or sunglasses

Goggles when you are moving fast, when it is snowing, when there is wind, when it is genuinely cold. They seal, they stay put, and they work under a helmet. That is the descent, and most of a resort day.

Sunglasses when you are going uphill. You are generating heat and moisture at exactly the rate that defeats a goggle, and you are moving slowly enough not to need the seal. That is the climb, the skin track, the bootpack, the walk in.

Most people touring carry both and swap at the top. It is not redundancy — it is the two halves of the day.

Why glacier frames have panels on them

High on snow you are lit from every direction at once. Sun above, and the same sun again off the surface, into the gap between your face and the frame. Add wind that dries your eyes out and altitude that raises the UV, and an ordinary sunglass stops being enough.

That is what the removable parts are for. Side panels close the gap at the temples. A brow guard blocks the light coming over the top of the frame.

LORE™ is the everyday shape — squared lens, deep at the temple, side panels that clip off.

CORAX™ is the round mountaineering lens rebuilt light, with full-wrap panels.

VANE™ is a cylindrical shield with the field of view of a goggle and the weight of a sunglass, plus a brow guard and panels for the days snow is throwing glare from everywhere.

PINION™ is the most protective frame we build and the one that strips down fastest — spherical shield, removable brow guard, removable panels.

In every case the parts come off, and what is left is a pair of sunglasses for the drive home. That is the point of the design: you are not buying a specialist frame you wear four days a year.

Fit, under a helmet

The strap goes over the helmet, never underneath it. Under the helmet the goggle lifts every time you turn your head, and the gap it opens at the top is where the cold and the fog start.

Close that gap. A goggle that sits flat against the face leaves less of it — WHET™ is cut close for exactly that reason, and it is the low-profile option if you have found other goggles push your helmet up.

Size is mostly about how much lens you want. QUILL™ carries the lens out past the corners of your eyes and reads large. JACK™ reads small. Neither is more or less correct; they cover different faces and different tastes.

If you are buying one thing

One goggle for everything: CULMEN™. Spherical lens, frameless, vented, photochromic if you want it. It is the one that has the fewest bad days.

Hard on your gear: ROOK™. Full frame, cylindrical, and it will still be working in five seasons.

Widest view without going spherical: QUILL™.

Lowest profile under a helmet: WHET™.

Spherical view, fewer parts: CROWN™.

One pair of sunglasses: LORE™ if you want a frame that looks ordinary off the mountain, PINION™ if you want maximum coverage on it.

And if you are choosing between a second goggle and a pair of sunglasses — buy the sunglasses. A goggle cannot do a climb. A sunglass can do most of a spring descent.