Tifosi Alliant Sunglasses
- Sports sunglasses optimised for cycling and running with a ventilated shield lens
- Lightweight yet tough polycarbonate lens provides superior impact protection
- Lens and frame ventilation reduces the risk of fogging when on the move
- Adjustable nosepads and temple tips give a customised fit for improved comfort
- Includes microfibre bag and zip-up storage case
Our View: Made with runners, cyclists and endurance athletes in mind, the sleek Tifosi Alliant delivers the essentials of performance eyewear at a competitive price. A ventilated shield lens is crafted from impact-resistant polycarbonate for excellent protection of the eyes.
"Sleek angles and premium materials define Alliant as a performance sunglass for cyclists, runners, and endurance athletes. Vented lenses improve airflow while the adjustable ear and nose pads of hydrophilic rubber increase grip as you sweat ensuring a perfect, stable fit." - Tifosi
Grilamid TR-90 Frame
An incredibly light and durable nylon material that resists chemical and UV damage.
Adjustable Ear Pieces
Allow a custom fit, increasing comfort and performance.
Adjustable Nose Pieces
Allow for a closer fit, limiting slippage and increasing comfort.
Rubber ear and nose pieces increase their grip when you sweat - no slipping.
UVA / UVB Protection
All Tifosi lenses provide 100% protection from harmful UVA and UVB rays.
Constructed from scratch-resistant, shatterproof polycarbonate.
Tifosi Fototec lenses adjust rapidly to changing light conditions utilising variable tint technology. Whatever the light condition, Fototec lenses will enhance your performance and increase your comfort by supplying superior clarity and protection.
Microscopic photochromic particles are embedded in the lens. In bright sunlight the lens particles react to UV rays, darkening the optics and ensuring additional glare protection. With low light conditions, the lens particles return to their lighter natural state, allowing the eye to have unencumbered vision.
Dimensions for the Tifosi Alliant are as follows: