Tennis rackets as we understand them now began to grow in the late 1800’s when they were originally made from wood. A metallic racket was attempted but not effective until carbon-fibre was developed. The oldest accounts of people playing tennis are at the 11th and 12th centuries when French monks starting hitting a ball against a wall for a kind of exercise and relaxation. This developed into sporting a glove that was webbed to hit at the ball and then a paddle. From the 14th century there was the first primitive racket developed in Italy, with a wooden framework and animal guts to make the strings. The game played was played over a inside although a little squash and the rackets had little shaped heads and handles. The frame was made from one or more sticks of bent and glued.
Tennis rackets as we understand them day began to grow from the late 1800’s. It was Major Walter Wingfield that set the rules for lawn tennis and patented the tennis racket. The innovation was taken up around the world except that instead of being made the timber was laminated but the design saw little change over the next hundred years. The rackets were thick with heads that are little.
There was a flirtation with metal racket frames but it was hard to find decent tension on the strings. It was tricky to drill holes in the tube without cutting them to repair the strings. In 1975 an aluminum framework was used to allow a racket head to be fabricated but difficulties with the layout supposed metal frames were abandoned until carbon fiber was developed.
Wooden rackets remained the hottest and various forests were laminated together for certain purposes. For example walnut and sycamore gave power, hickory was resistant to wear and tear and obeche was great and lightweight for satisfying the handle of the racket.
Overtime tennis rackets became more to provide the player a larger reach and strings were made from polyester or nylon compounds, although a few top players insist on natural gut as they say it is more responsive tennis blog. With it being approved a tight pattern gives better control spin and energy can be accomplished using a more open string pattern the means by which has changed.
Various approaches have evolved for making rackets. The major one is when the frame is created of tubes of carbon-fibre all put together and then the mold is closed and a resin injected into the framework. This undergoes heat and pressure therapy to form strength of the tennis racket and the all in 1 shape. An alternate method involves nylon fibers being blended with carbon-fibers and on heating, the nylon melts and sticks the carbon fibers together.
Using carbon fiber has enabled tennis rackets to become bigger, more long lasting and resistant but also to stay lightweight. Through the years other elements are introduced to assist vibration and shock absorbing and the producers of tennis rackets and sports rackets continue to develop and innovate with technologies.