VTS = Very Thin Strings :VTS = Very Thin Strings TennisVTS www.tennisvts.com


Slide 2:Overview Regular Strings Materials Gauges Very Thin Strings (VTS) VTS vs Regular Strings Playing with VTS TennisVTS www.tennisvts.com


Slide 3:The TOP 50 ATP Player TennisVTS www.tennisvts.com Consistently hits first serves over 125 MPH. 2) Has super-heavy, high-speed ground-strokes with topspin. 3) Has excellent foot speed.


Slide 4:How does he/she do that? TennisVTS www.tennisvts.com Answer: SPEED Stroke power comes from racket speed. The only way to hit a tennis ball hard is to generate high racket speed.


Slide 5:The fastest racket TennisVTS www.tennisvts.com The STRINGLESS racket is the fastest racket because it is lighter than a strung racket and it will have less wind resistance when swung to allow your muscles to move faster.


Slide 6:Stringless vs strung racket TennisVTS www.tennisvts.com


Slide 7:The next fastest racket TennisVTS www.tennisvts.com The closest you can come to a stringless racket in terms of swing speed is the racket strung with the thinnest possible strings.


Slide 8:OK, let us then look at string gauges! TennisVTS www.tennisvts.com


Slide 9:Commercially available string gauges String Gauges Diameters in millimeters 15 1.41-1.49 mm 15L 1.34-1.40 mm 16 1.26-1.33 mm 16L 1.22-1.26 mm 17 1.20-1.24 mm 17L 1.16-1.20 mm 18 1.10-1.16 mm 19 1.00-1.10 mm TennisVTS www.tennisvts.com


Slide 10:Why thinner or much thinner strings are not commercially available?Answer: Thinner strings made using current string technology break easily. Players will not use such strings, therefore string manufacturers do not offer them. TennisVTS www.tennisvts.com


Slide 11:VTS is the thinnest possible tennis string that does not break. TennisVTS www.tennisvts.com


Slide 12:Very Thin Strings(VTS) String Gauges Diameters in millimeters 22 0.736 mm 23 0.660 mm 23L 0.609 mm 24 0.558 mm 24L 0.508 mm 25 0.457 mm 25L 0.406 mm TennisVTS www.tennisvts.com Material: high-strength metal alloy. Color: metallic


Slide 13:VTS vs Regular Strings TennisVTS www.tennisvts.com The tennis racket strung with VTS is faster than the racket strung with Regular strings


Slide 14:Stroke power = speed * massmass=string weight VTS metal allow offers weight in thin shape. TennisVTS www.tennisvts.com


Slide 15:Playing with VTS TennisVTS www.tennisvts.com Now you can hit the ball with more speed and generate more power and spin. VTS strings are thinner and less elastic than regular strings. VTS power comes from speed and ball bite.


Slide 16:TennisVTS Web site: www.tennisvts.com