What Sports Fans Don?t Know About the Tennis Racket

Posted by Mike Volkin on December 21st, 2016

To the average person, a tennis racket is merely a tool for hitting the tennis ball. What they usually do not know is that there is a science behind a good racket. In fact, tennis rackets are strategically designed and manufactured to ensure a good feel and enough power and precision for every player. There are many different types of rackets from various brands, and each is meant for specific types of players—from beginners to pros.

If you are a fan of tennis, you may want to find out what the racket is made of and the technologies and engineering involved in making it. It’s also a good idea to brush up on the history of tennis rackets. Here are some of the things most sports fans don’t know about the tennis racket—particularly the advancements that have helped change the game:

• In the 19^th century, the popularity of Wimbledon influenced the standardized design of the tennis racket.

• Spalding introduced the Smasher in the 20^th century. The racket is made of aluminum, which enabled oversized frames. The Prince Pro was introduced in 1976, and it resulted in rackets with a larger area for strings. The style is still popular today.

• Tubular grommet woofer system is an ultra-tough, high modulus, and lightweight graphite used in some tennis racket frames. It is created by heating carbon fiber to over 5,000 degrees Fahrenheit through a series of chemical treatment processes.

• Some tennis rackets are made of co-polyester string, which is made of several polymers. The material enables players to hit shots and produce an extra topspin, which used to be impossible to do.

• dvanced tennis rackets have an integrated sensor that records and analyzes the player’s serve data over Bluetooth connectivity.

• The way rackets are strung can affect the amount of power and control a tennis player has when he or she hits a ball. Most professional prefer the 16x18 pattern for a massive spin without compromising power or control.

• The handles of tennis rackets can be upgraded. Modern grips have tape, which absorbs sweat while serving as a shock absorber. Hence, players can maintain more control of the racket.

• Improvements in the design of shafts helped engineers come up with dampeners, which reduce the impact of too much vibration.

• High modulus graphite is a material that is used to create lightweight and tough tennis racket frames. It is manufactured using many chemical treatment processes to heat carbon fibers to more than 5,000 degrees Fahrenheit.

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