Bicycle goggles POC Propel purple quartz translucent/clarity road silver (PRO1001)

POC Propel purple quartz translucent/clarity road silver sunglasses are an advanced solution for those seeking excellent eye protection during outdoor activities. This model is made from durable Grilamid material, which provides lightness and resistance to damage. With Carl Zeiss® lenses, the sunglasses guarantee excellent optical quality and protection against harmful UV radiation.

Clarity Lens Technology

POC Propel purple quartz translucent/clarity road silver sunglasses are equipped with Clarity Lens technology, developed in collaboration with Carl Zeiss®. This technology optimises contrast and enhances colour perception, which is crucial when cycling or running. Additionally, with a category 3 tint, the sunglasses are ideal for wearing in bright sunlight.

Ri-Pel™ Coating

The POC Propel model features a Ri-Pel™ coating that protects the lenses from dirt and scratches. This innovative layer makes the lenses resistant to water, oils, and dust, contributing to the longer lifespan of the sunglasses and user comfort. As a result, the sunglasses are perfect for use in various weather conditions.

Adjustable Temples and Interchangeable Lenses

POC Propel purple quartz translucent/clarity road silver sunglasses also offer adjustable temples, allowing for a perfect fit to the individual needs of the user. An additional benefit is the interchangeable lenses feature, which allows for quick adjustment of the sunglasses to changing lighting conditions, making them extremely practical for active individuals.

POC Propel sunglasses - features:

• Durable construction made from Grilamid;
• Carl Zeiss® lenses providing excellent optical quality;
• Clarity Lens technology optimising contrast and colour perception;
• Ri-Pel™ coating protecting against dirt and scratches;
• UV filter providing protection against harmful radiation;
• Category 3 tint suitable for bright sunlight;
• Adjustable temples for a perfect fit;
• Interchangeable lenses allowing adaptation to lighting conditions.