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Project · Reflective product photography
Reflective Product Photography: 500+ Images of Ski Goggles for Glade Optics
A mirror and a window in the same object — shot on a set built for it, positioned to the millimetre, and named to every SKU.
Four lens colours, one position. Same camera height, same tilt, same light — the frame changes only where the product does.
A ski goggle is two hard problems in one object. The lens is a mirror, so it shows the room — the lights, the ceiling, the camera, the photographer. And it’s transparent, so whatever is behind it shows through at the same time. Most product categories give you one of those problems. Eyewear gives you both, in the same frame, on a curved surface.
Glade Optics makes goggles, helmets and gloves for skiers. Their last shoot with us was more than 150 items and over 500 final images.
Three shoots in, and it started with 25 pieces
Glade didn’t start here. A few years ago they sent 25 items as a paid test — enough product to prove the look on their own goggles rather than on someone else’s portfolio.
That test is now three shoots and a working relationship. Their lighting recipe, their positioning rules and their file-naming convention live in our system, so each new drop is shot to the specification already agreed rather than re-invented.
Why goggles are hard
Put a goggle on a white background and light it normally, and you get a mirror of your own studio: a soft box in the top of the lens, a dark shape where the camera is, a bright line along the frame where a stand caught the light. Change the light to kill the reflection and the lens goes flat and dead, and the colour — which is the thing the customer is buying — disappears with it.
Then there’s the second problem. The lens is see-through, so the strap, the foam and the background behind it read through the glass, and any mark on the inside surface shows as clearly as one on the outside.
Getting a lens to look like it does in your hand — the true tint, the mirror finish, the shape of the curve — means controlling every surface in the room that the lens can see.
A set built for the problem
So we built one. Rather than adapting a standard product set, we constructed a dedicated set for the reflective work: light shaped and placed so the lens reads as a mirror without reflecting the studio back at the camera, and everything within the lens’s field of view controlled — because on a curved reflective surface, that field is nearly the whole room.
It took time to build. It also means the next Glade shoot starts from a known setup instead of a blank set, which is a large part of why a third order runs faster than the first.
Dust, before the camera rather than after
On a matte product, a speck of dust is invisible. On a mirrored lens under directional light, it’s a white dot the size of a pea, and there may be forty of them.
Every piece was cleaned and dust-removed before it reached the set — not retouched out afterwards.
Cleaning a goggle takes a minute. Painting forty dust spots out of 500 images takes days — and retouching a reflective surface risks flattening the very thing the picture is about.
150+ items, 500+ images
The order was over 150 items and came back as more than 500 final images, delivered in two batches so the brand could start uploading before the whole shoot was finished.
The shot count per product wasn’t uniform. A replacement lens needs one clean frame. A goggle, a helmet or a glove needs four to six — front, side, rear, the strap, the buckle, the detail a customer zooms into before they buy. Deciding which products need six images and which need one is part of quoting the job honestly.
One product, three of its angles — each one shot in its own pass across the whole line, not one after another.
Shot by angle, not by product
Here’s the part that makes a 150-item line look like one set of images rather than 150 separate shoots.
We don’t photograph one product from every angle and then move to the next. We shoot angle 1 for every product in the line, then angle 2 for every product, then angle 3. The camera, the light and the position stay untouched through the whole pass.
How the line moves through the set
Every product passes the same camera in the same position before anything is moved. One set-up per angle, not one set-up per product.
Before any of it, we wrote positioning guidelines for the range and worked out the exact placement for each item — where the goggle sits, how the strap falls, how far the frame tilts. Every item in a category goes into the same spot, in the same pose, in front of the same light.
The result is a category page where the product changes and nothing else does. Shoot product by product, and camera height, tilt and lighting drift a little each time you reset — and on a grid of near-identical goggles, that drift is the thing customers notice.
Why SKU file naming was the right call
Shooting angle by angle creates one problem of its own: at the end of the day you have hundreds of frames in the order they were shot, not in the order of the catalog — and several lenses in a line look nearly identical to anyone who hasn’t handled them.
Glade asked for files named to their SKUs, and it was the right decision. Every image came back carrying the product’s own code, so a 500-image delivery drops onto product pages without anyone matching pictures by eye — which, with eight similar mirrored lenses, is exactly where mistakes happen.
We offer SKU and platform file naming as an add-on on any order. On a large line of visually similar products, it’s the difference between a delivery that uploads itself and a week of somebody squinting at thumbnails.
Helmets carry their own reflective problem in the shell finish, and their own positioning rule.
Helmets, gloves and everything else
The order wasn’t only eyewear. Ski helmets, ski gloves and accessories came through the same shoot — each with its own positioning rule, each shot in the same angle-by-angle passes, each named to its SKU.
A helmet has its own reflective problem in the shell finish. A glove has to hold its shape and show its palm material without looking like it’s being worn by an invisible hand.
Gloves, socks and accessories — same passes, same file-naming convention, shaped so each one holds its form.
Common questions about photographing reflective and transparent products
How do you photograph sunglasses or goggles without reflections?
By controlling what there is to reflect. A curved mirrored lens sees nearly the whole room, so the set itself — not just the light — has to be built for it. We use a dedicated set for reflective products where the light shapes the lens and shows its true tint without the studio appearing in the frame.
Can you keep hundreds of similar products looking consistent?
Yes, and it’s a method rather than an eye. We write positioning guidelines for the line, work out the exact placement per item, then shoot angle by angle across the whole range instead of product by product, so nothing about the camera or the light changes between one item and the next.
How many images does a product like this need?
A replacement lens can be one frame. Goggles, helmets and gloves are usually four to six — front, side, rear, strap and the details customers zoom into. We’ll tell you which of your products need which before you’re quoted.
Do you name files to our SKUs?
Yes, as an add-on service on any order. On a line of near-identical products it’s strongly worth taking: images arrive named to your own codes and go straight onto product pages without manual matching.
Do products need special preparation?
Reflective products do. Every piece is cleaned and dust-removed before it’s photographed, because a dust speck that’s invisible on a matte product is a bright dot on a mirrored lens — and it’s far better to clean the product than to retouch the picture.
If you sell eyewear, optics or anything reflective
Sunglasses, goggles, lenses, polished metal, glass, chrome — these are the products most studios quote nervously. Send a test order and see them shot properly before you commit a season to it.
See our eyewear and sunglasses photography and product photography services, see pricing, or get a quote.