Paul Zarda, who is the inventor of a tennis racquet called the Zarda-Top-Spin-Racquet, or the Z-TSR, is a Mechanical Engineer by profession. The invention is designed in such a way that it provides top-spin to the ball by using a different design compared to the spaghetti and to other racquets on the market. The design causes a ball’s top spin and under spin that is 30% to 50% (or more) greater than conventional rackets.
The Z-TSR has an inner frame that contains strings under tension that make contact with the ball. This inner frame is connected to the outer frame through an isolation system that allows movement of the inner frame relative to the outer frame upon impact of the ball on the outer frame. The movement between the inner and outer frame results in an additional spin to the struck ball when compared to the same swing with a traditional racket.
Paul Zarda’s Z-TSR also has the ability to modify the isolation system to affect the play of a racquet. It is possible to adjust, replace, or supplement the isolating system according to how one wants the racquet to perform. These adjustments could take place during a match or after matches and may not require adjusting the string pattern.
The Z-TSR has an inner frame that contains strings under tension that make contact with the ball. This inner frame is connected to the outer frame through an isolation system that allows movement of the inner frame relative to the outer frame upon impact of the ball on the outer frame. The movement between the inner and outer frame results in an additional spin to the struck ball when compared to the same swing with a traditional racket.
Paul Zarda’s Z-TSR also has the ability to modify the isolation system to affect the play of a racquet. It is possible to adjust, replace, or supplement the isolating system according to how one wants the racquet to perform. These adjustments could take place during a match or after matches and may not require adjusting the string pattern.
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