T: 01473 487474
Your cart is currently empty
Product image slideshow Items
Step into the future with HEADs Sunscreen Goggles —
Red Dot Winner 2025. Smart, solar-powered, and always ready. From bright, sunny peaks to shaded trails, the game-changing lenses automatically darken or brighten in a split-second to give you perfect visibility. No switches, no batteries – powered by sunlight, the built-in LCD adjusts instantly. Stay focused, see every detail, and own every descent with goggles that move as fast as you do.
The Cylindrical Lens is a flat lens with a single lateral curve that provides a superior field of vision. It also looks great!
Sunscreen is a solar-powered lens technology with an integrated LCD. It automatically adjusts the goggle lens, darkening in sunlight and brightening in shade. The solar panel generates voltage in sunlight, activating a microprocessor that controls liquid crystal rotation. This adjusts the lens tint instantly for optimal visibility.
Flashy mirror finish adds extra protection against intense mountain sunlight — and looks great while doing it.
The Polycarbonate Double Lens is a comparable weight lens that provides 100% UV protection and is 10 times more impact-resistant than conventional glass or plastic. It is therefore the ideal lens for mountain sports.
Switch lenses anytime — for better vision in any light and longer life for your goggles.
Eco-friendly packaging made from recycled cardboard — minimal waste, maximum responsibility.
Smart, solar-powered, and always ready. From bright, sunny peaks to shaded trails, the game-changing lenses automatically darken or brighten in a split-second to give you perfect visibility.
Whether the sun is shining brightly or the sky is overcast, the Sunscreen Goggles automatically adjust their tint in a split second, ensuring optimum vision and comfort.
The Sunscreen lens combines the usual double lens components with an integrated LCD and a solar panel for activation.
If there is no or little sunlight hitting the solar panel, the light will pass through, resulting in a bright lens.
When sunlight hits the solar panel, the incoming light is blocked, resulting in a dark lens.