PiWear Arizona FM retro glasses with strap tinted (grey / black)

PiWear Arizona FM

Probably the coolest retro glasses on the market, which can be customized in just a few simple steps.
Of course, we also thought about people who wear glasses when we were developing the Arizona for months! The Arizona has comfortable side cut-outs for the temples of optical glasses, so that the temples have enough space and no annoying pressure is exerted on them. The non-existent nose bridge also ensures perfect wearing comfort when using corrective glasses at the same time, so there is no pressure here either applied to the optical glasses.

The high-quality 3-layer foam padding ensures high stability without causing pressure on the face. The third outermost layer, the layer that touches the skin, consists of a soft, comfortable and very skin-friendly fleece.
The Arizona is equipped with toric lenses, which eliminate optical distortions and allow a better lateral field of vision. The lenses have an anti-fog coating for a clear view. The adjustable strap is coated with silicone and has a PU application on both sides. The silicone makes it almost impossible for the goggles to slip on the helmet.

The slightly flexible material of the frame ensures a perfect fit on almost every face.

• Cool retro glasses that can be customized in just a few simple steps
• All straps, frames and lenses can be combined with one another and are easy to change yourself. More than 130 possible combinations are possible!

Over glasses

• Suitable for people who wear glasses
• Generous cut-outs on the sides, so no pressure on the optical glasses
• No bridge in the middle of the nose
• FM (dark tinted, slightly mirrored)

Comfort

• 3-layer foam padding for high stability
• Outer layer made of skin-friendly fleece
• Slightly flexible frame for high wearing comfort
• Adjustable strap coated with silicone

Glass

• Scratch-resistant and shatterproof
• Anti-fog coated
• UV protection by UV 400
• Toric glass which eliminates distortion and allows for a better lateral field of vision