Sunglasses Alpina Eagle Q-Lite black matt/red mirror (A8770032)

Alpina Eagle Q-Lite black matt/red mirror sunglasses are a modern solution dedicated to individuals seeking eye protection in variable lighting conditions. This model features a sturdy construction and precise workmanship, making it an ideal choice for outdoor activity enthusiasts. High-quality materials and advanced technologies ensure not only safety but also comfort of use.

Advanced Optimized Airflow technology

Alpina Eagle Q-Lite black matt/red mirror sunglasses are equipped with Optimized Airflow technology. This solution effectively minimises the risk of lens fogging, thus increasing wearing comfort. Thanks to precisely designed ventilation channels, these glasses perform excellently in dynamic conditions, providing an unobstructed view.

Mirrored lenses and their properties

The mirrored lenses used in the Alpina Eagle Q-Lite model are an excellent choice for those who value high image quality and a stylish appearance. Category 3 lens tint guarantees effective protection against intense sunlight. Additionally, the UV filter protects the eyes from harmful radiation, which is crucial during prolonged sun exposure.

Comfort and functionality

Alpina Eagle Q-Lite black matt/red mirror sunglasses have been designed for maximum user comfort. The 12.5 cm length of the temples and optimal lens dimensions (6.2 cm wide and 4.5 cm high) ensure a perfect fit for various face shapes. Passive ventilation further enhances wearing comfort, making these glasses an ideal choice for everyday use and outdoor activities.

Alpina Eagle Q-Lite sunglasses - features:

• Advanced Optimized Airflow technology minimising the risk of lens fogging;
• Mirrored lenses providing high contrast and clarity of image;
• Category 3 lens tint guaranteeing protection against intense sunlight;
• UV filter protecting the eyes from harmful radiation;
• Temple length of 12.5 cm providing a comfortable fit;
• Lens width of 6.2 cm and height of 4.5 cm for optimal vision;
• Passive ventilation enhancing user comfort.