POC Aspire uranium black/clarity trail/partly sunny silver sunglasses (ASP2012)

The POC Aspire uranium black/clarity trail/partly sunny silver sunglasses are designed for athletes seeking maximum eye protection and excellent visibility in varied terrain conditions. Advanced optical solutions and carefully selected materials ensure comfort even during the most demanding activities.

Carl Zeiss® lenses with Clarity Lens technology

The lenses used in the POC Aspire model were developed in collaboration with the renowned Carl Zeiss® brand and feature Clarity Lens technology, which optimises contrast and sharpness of vision on the trail. The UV 400 filter effectively protects the eyes from harmful ultraviolet radiation, while the category 2 tint and 20% light transmission provide versatility in moderately sunny conditions. The lenses are easily interchangeable, allowing the glasses to be adapted to current lighting conditions.

Functional adjustment and wearing comfort

The Aspire model is equipped with precise adjustment options for the nose piece and temples, enabling a perfect fit tailored to the user’s individual preferences. The stable frame construction ensures security during intense movements, and ergonomic solutions guarantee comfort even during extended wear. The glasses do not feature a polarising filter or photochromic function, making them a specialised choice for specific terrain conditions.

POC Aspire uranium black/clarity trail/partly sunny silver sunglasses – features:

• Carl Zeiss® lenses with Clarity Lens technology for maximum image sharpness;
• UV 400 filter providing full protection against ultraviolet radiation;
• Interchangeable lenses allowing quick adaptation to lighting conditions;
• Category 2 tint ideal for moderately sunny days;
• 20% light transmission ensuring versatility;
• Adjustable nose piece and temples for a personalised fit;
• Stable and ergonomic frame construction ensuring comfort;
• No polarising filter, dedicated to specific terrain conditions;
• Lenses without photochromic function for predictable performance.