Red Bull SPECT Dash white/smoke with blue mirror sunglasses (DASH-005)

Red Bull SPECT Dash white/smoke with blue mirror sunglasses offer advanced eye protection during intense outdoor activities. Thanks to the use of a cylindrical lens with 100% UV protection, this model effectively blocks harmful radiation, ensuring comfortable visibility in all lighting conditions.

Cylindrical Lens and UV Filtering

The Red Bull SPECT Dash sunglasses feature a cylindrical lens, which provides a wide field of view and uniform image sharpness. The 100% UV filter effectively protects the eyes from the full spectrum of ultraviolet radiation, which is especially important during prolonged sun exposure. The category 3 level of shading optimises light permeability, making this model suitable for very bright conditions.

Durability of Construction Materials

The frames are made from G850 plastic and polycarbonate, ensuring high mechanical strength and damage resistance. These materials also guarantee a low weight for the sunglasses, contributing to user comfort during sporting challenges. The non-replaceable lens design focuses on maximum integrity and reliability in everyday use.

Designed for Sports Activities

The Red Bull SPECT Dash model has been created with athletes in mind – both women and men – seeking advanced protection and functionality. The absence of polarising and photochromic filters simplifies the design and ensures predictable lens behaviour in varying light conditions. These sunglasses are suitable for cycling and activities in high sunlight exposure.

Red Bull SPECT Dash white/smoke with blue mirror sunglasses - features:

• Cylindrical lens providing a wide field of view and image sharpness;
• 100% UV filter protecting the eyes from harmful radiation;
• Category 3 shading level tailored for strong sunlight;
• Frames made from durable G850 plastic and polycarbonate;
• A solution for users seeking reliability during sports activities;
• Design without lens replacement for increased integrity;
• Model designed for physically active men and women;
• Absence of polarising and photochromic filters for predictable optical parameters.