High Altitude Balls
High altitude tennis balls are designed to be used at altitudes above 4,000 feet. As a result of the thinner air, and the pressure difference between the inside of the ball and the air surrounding it, balls generally fly much faster and bounce higher.
In this manner, do you need high altitude tennis balls?
Because higher altitudes can make pressurized tennis balls bounce higher and travel faster, players who will be playing at or above 4,000 feet above sea level should consider high-altitude tennis balls.
In this regard, which tennis ball bounces higher?
How long do extra duty tennis balls last?
So how long do tennis balls really last? Tennis balls will go bad after about 2 weeks or 3-4 playing sessions. Unopened tennis balls are kept in a pressurized tube to help them retain bounciness and firmness, but even those will expire after two years (due to very tiny leaks).
Which is the best tennis ball?
The best tennis balls for any player
| Best overall | Wilson Prime All Court Tennis Balls | A do-it-all ball with great feel |
|---|---|---|
| Best for competition | Slazenger Wimbledon Official Tennis Balls | A world-class ball for high-speed play |
| Best for practice | Gamma Bag-o-Balls Pressureless Balls | Durable balls that will last |
What is XD tennis ball?
Extra duty balls have a thicker felt, that is woven not as tightly around the ball’s core. This means the felt will perform better, for longer.
What tennis ball is best for beginners?
Beginner players need balls with extra bounce so they can easily hit and connect the ball. Currently, most used balls for beginners are Penn X-out tennis balls. Penn-x out balls are pressurized balls with low duty fur. These balls are little bit hard and have extra bounce.
Why do you need special high altitude tennis balls in Denver?
‘High altitude’ tennis balls have diameters that are about 6% larger than ‘low altitude’ tennis balls. The reason for this is because at high altitudes, the air pressure is lower. When the tennis ball flies through the air, the air pushes against it and slows it down (this is called air resistance).