Saturday, 15 April 2017

Technology Which Changed Tennis Game

As you go through a tennis racquet selection guide, you are likely to come across products that come with the fanciest technologies and the latest developments. The goal of these technologies is to improve your game. Some examples include the development of durable and lighter tennis rackets and strings to enable players to play better, save money, and reduce their risk of injury. The following is an overview of some of the most commonly used pieces of tennis equipment made as the result of technological developments:

Graphite rackets – Consult any tennis racquet selection guide and you will find that the most highly recommended rackets are those that are made of graphite and Kevlar. These materials changed the tennis game, as they helped players swing faster with lightweight frames. However, it enabled players to develop stronger bodies and higher technique requirements, too. Performance tennis rackets are manufactured with combined fibers that change their feel, response, and flexibility for every player.

Polyester strings – Polyester is another major game changer in tennis. It was introduced in the mid to late 1990s as synthetic strings, which helped develop aggressive and offensive tennis players. The strings are durable and capable of keeping up with the demands of professional and trained players, as they help generate more spin and speed.

Telemetry sensors – These are devices that help players keep tabs on their game and serve as an aid in improving their technique by providing real-time data analysis. The information is generated from the racket, so the data is more accurate. A tennis racquet selection guide can recommend specialized rackets with telemetry sensors.

Hawk eye – Introducing computer systems to the court has helped tournaments in accurate scoring. The Hawk Eye is a computer system designed to track a ball’s trajectory. Though it was initially used for replay purposes on TV and broadcast systems, it enabled players to understand the trajectory of the ball, too.

No comments:

Post a Comment