Their visor − made from the same advanced material as the goggles − has also caught on. “There’s a normal visor, but ours is safer, has the coatings, and fits around the helmet properly,” she said.
For French and her parents, the purpose behind the operation remains unchanged.
“Our first and foremost thought was always the safety of jockeys,”
“There wasn’t a product that ticked all of the boxes. Protect their eyes, cut out glare, and give them clarity. Nash Rawiller has even told us that he reckons he gets suspended less because he has fewer blind spots when wearing the goggles!”
Despite the business gaining popularity internationally, the family remains modest about the scale of their achievement. “It’s been crazy,” French said. “We haven’t even stopped to take it in. But if we see someone win a big race wearing them, it’s so satisfying.”
And the story behind the name? “It’s actually an anagram of our horse,” French said. “Another great idea from mum!”
The science behind clear vision
Why fogging happens
Fogging is simply physics at work. When cold air hits a warm, moist environment inside a goggle, condensation forms on the lens surface. In racing, where a jockey’s breathing sits close to the goggles and conditions change by the second, moisture builds quickly. The result is a thin, even film that scatters light and blurs vision − something riders cannot risk at full speed.
How anti-fog technology works
Shore Goggles uses hydrophobic coatings designed to control how moisture behaves on the lens. Instead of forming droplets, the coating spreads the water into an invisible layer that doesn’t distort vision. This keeps the lens clear even in humid, rain-affected or high-intensity moments. The benefit is twofold: clarity is maintained, and riders aren’t forced to tear away multiple layers simply to see.
Impact-resistant lenses
In addition to anti-fog coatings, the lenses are built to handle impact from flying clods, a stray shoe or debris on the track. They’ve undergone ballistic-grade safety testing, giving riders confidence in tough conditions, and have been proven to withstand impact at speeds up to 108.35 m/s.
The yellow tint: A hidden advantage
The yellow lens is designed for dwindling light. As natural daylight fades, contrast flattens, and depth perception becomes harder. A yellow tint heightens contrast, sharpens edges and lifts the detail in grass and track surfaces. It works similarly to photographing in low light − lifting the definition without increasing glare. Riders often describe the effect as moving from dull dusk to sharpened clarity.
Mirror tints and colour enhancement
Gold and violet mirror finishes serve a different purpose. These filters heighten contrast in bright conditions and help the eye distinguish fine detail more quickly. In racing, where decisions are made in fractions of a second, that difference matters. A grey lens offers a similar effect in neutral light, reducing glare without flattening colour.