Red Bull SPECT Dakota Pro black/photochromic with blue mirror sunglasses (DAKOTA_PRO-01X)

Red Bull SPECT Dakota Pro black/photochromic sunglasses with blue mirror are an excellent choice for active outdoor enthusiasts. Thanks to the use of G850 material and polycarbonate (PC), the glasses are exceptionally durable and resistant to damage, making them ideal for all sporting challenges. Their cylindrical lenses provide a wide field of view, which is key for optimal perception of the surroundings.

Innovative CHROM°X technology

The Red Bull SPECT Dakota Pro black/photochromic sunglasses with blue mirror utilise modern CHROM°X technology. This technology allows for the automatic adjustment of lens tint according to the intensity of light. As a result, the user can enjoy visual comfort in changing lighting conditions, significantly enhancing the functionality of the glasses.

Full UV protection and photochromic

The Red Bull SPECT Dakota Pro black/photochromic sunglasses with blue mirror feature a UV filter that guarantees 100% protection against harmful ultraviolet radiation. Additionally, the photochromic feature allows the lenses to adapt to various lighting levels, ranging from category 0 to 2. This makes the glasses versatile and perfect for both bright sunshine and cloudy days.

Comfort and ventilation

The Red Bull SPECT Dakota Pro black/photochromic sunglasses with blue mirror are designed with maximum user comfort in mind. The ventilation system ensures proper air circulation, minimising the risk of lens fogging. This allows the user to enjoy unobstructed vision even during intense physical activities.

Red Bull SPECT Dakota Pro sunglasses - features:

• G850 material and polycarbonate ensuring durability and damage resistance;
• Cylindrical lenses providing a wide field of view;
• CHROM°X technology enabling automatic adjustment of lens tint;
• UV filter guaranteeing 100% protection against ultraviolet radiation;
• Photochromic feature adapting lenses to different lighting levels;
• Ventilation system minimising the risk of lens fogging.