Zoggs Predator Flex Polarized swim goggles Ultra red/black/polarized cooper (461046)

Zoggs Predator Flex Polarized Ultra red/black/polarized copper swimming goggles are technologically advanced swimming equipment that combines innovative solutions and high-quality craftsmanship. They are designed for individuals seeking precise and reliable swimming goggles that provide comfort and excellent visibility. The applied technologies and materials make them an ideal choice for both amateurs and professional swimmers.

Material and construction

The strap material used in the Zoggs Predator Flex Polarized Ultra swimming goggles is silicone, which ensures durability and wearing comfort. The strap is equipped with an adjustment system, allowing a perfect fit to the shape of the user's head. The fixed nose bridge type further increases stability and comfort during use, eliminating the need for frequent adjustments.

Lens technology

The lenses used in these goggles are polarized, which significantly reduces glare and improves underwater visibility. Thanks to the Anti-fog technology, the lenses are resistant to fogging, ensuring uninterrupted visibility in all conditions. Additionally, UV protection effectively shields the eyes from harmful solar radiation.

Innovative technologies

The Zoggs Predator Flex Polarized Ultra goggles are equipped with a range of modern technologies such as ENHANCED VISIBILITY, Advanced Ultra Fit™, CLT™, and 3D FLEXPOINT™. These technologies collectively provide excellent fit and wearing comfort while increasing the user's field of vision. Advanced Ultra Fit™ is responsible for precise facial fitting, minimizing pressure around the eyes.

Brand and purpose

Zoggs, as a renowned brand in the world of swimming equipment, guarantees high quality and reliability of its products. The Zoggs Predator Flex Polarized Ultra swimming goggles are an ideal choice for everyone who values technology and comfort while swimming. They are suitable for both recreational swimming and intensive training, offering unparalleled optical and functional properties.