Kneissl White Star Aero 30

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Wow!  It is amazing what you can find when you break open boxes that have not been open for several years!  This discovery is a very happy one because this racquet was one of the very best that Kneissl produced, in my opinion!

There is so much to say about this racquet that is hard to know where to start.  So, I will start with the overall design.  As you can see the frame starts out very thin at the tip and increases dramatically as the shaft nears the grip area.  An interesting design feature shows the hoop area is triangular in cross section that increases to a wider dimension as it reaches the outside of the hoop.  If this seems familiar you are correct.  The Babolat Aero series used this concept.

Each of these racquet came with a blue plastic adaptor that fit the shape of the hoop and distributed the load of stringing over a larger area.

The Graphite/Fiberglass composite was a hall-mark of Kneissl manufacturing expertise and very few did it better.  The feel of this racquet was without equal.  The “30” refers to the percent larger this head is than a standard head of that era.

Around the outer periphery of the hoop is a groove for string protection plus an insertable “cover” that created the “Aero” dynamic feature.  Very cool!

Manufacturer
Kneissl
Racquet ModelKneissl White Star Aero 30
Reference TensionNot Strung
StringNot Strung
Static Data
ASPS, RDC0
ASPS, FlexFour0
Racquet Flex, RDC57
Racquet Flex, FlexFour49
Weight, Gram341.5
Weight, Ounce12.05
Balance, mm323
Balance, Inch12.72
Length, cm68.6
Length, Inch27.01
Head Width9.57
Head Length12.13
Head Area, sq cm588.1
Head Area, sq in91.1
Number of Main Strings16
Number of Cross Strings19
Ratio Cross/Main0.665
Main String Grid7.41
Cross String Grid10.00
Density0.603
Average Cross String Spacing0.391
Average Main String Spacing0.463
Dynamic Data
Dynamic Tension, KP, ERTNot Strung
Dynamic Tension, Lbs/inNot Strung
First Moment, Nm0.848
Polar Moment336
Torsional Stability15
Swing Weight, Gram321
Swing Weight, Ounce11.32
Swing Weight Calculated356.3
Power, RDCNot Strung
Control, RDCNot Strung
Maneuverability, RDC
Not Strung
Power, Calculated1684.2
Head Points6.30
Head Weight, Percent47.1
Center of Percussion20.5
Dwell Time, MsNot Strung
Effective StiffnessNot Strung
K, lb/inNot Strung
Recoil Weight153.60
Twist Weight234.65

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