White Sports Visor sold by Visto Visors
White Sports Visor sold by Visto Visors product image thumbnail 1White Sports Visor sold by Visto Visors product image thumbnail 2White Sports Visor sold by Visto Visors product image thumbnail 3White Sports Visor sold by Visto Visors product image thumbnail 4

White Sports Visor

$34
USD
Price is typical. View Price Insights
The size recommender is not available for this item at this time. Check back soon.

Product Description

The Visto Visors white sports visor is expertly designed for avid sports enthusiasts, featuring a unique patent-pending tinted UV brim that eliminates glare without the need for sunglasses. Made from 100% cotton twill, this visor offers a comfortable fit with its adjustable Velcro back. Perfect for sports like tennis and golf, it ensures optimal visibility and enhances performance against the sun's harsh rays, all while including a convenient dust bag for easy storage. From the brand: White Sports Visor with Transparent UV Brim by Visto Visors You Can’t Hit a Ball You Can’t See If you enjoy sports like Pickleball, Baseball, Tennis, or Golf, but hate the sun's glare when tracking a ball in the sky, or you lose sight of it with a traditional cotton brim, we have the hat for you. SEE the Advantage Visto visors white UV sports visor features a patent-pending tinted UV "no glare" brim so you can see the ball without wearing sunglasses. Visto visors sports visors are 100% cotton twill and a one-size-fits-all Velcro fabric fastener in the back to ensure a snug fit. Each hat includes a free convenient dust bag for when not in use. Block the Sun, Not the Ball With sunglasses, there is no way to avoid that blinding streak of sunlight that seeps in just above the bridge - But with the hats and visors from Visto Visors - you’re covered. Sunglasses affect depth perception. That’s why you don’t see pro tennis players wearing sunglasses. UV polarized sunglasses are great for driving, but they can affect depth perception due to the absence of horizontal light entering the eyes. This is dependent on individual sensitivity to depth perception.