So, what IS the difference?
Wilson has presented us with a couple of choices when it comes to choosing a 100-square-inch racquet!
Later we will have a comparison table showing the pertinent property data, but now we can see the graphics difference between the two racquets:

Pro Staff Six-One 100
The Pro Staff Six-One 100 has a very shiny rust color. The Pro Staff X is the matt finish used on most of the v14 Pro Staff models.
In addition to the “shining,” the Six-One has the “normal” elliptical cross-section, while the “X” has a “box beam” geometry which is a little more narrow.
The string spacing on the “X” is slightly more open, which may contribute to the power calculation being a bit higher.
The flex of the “X” is a little greater in the shaft area.
That is enough talk!”
Let’s look at the numbers:
Manufacturer | Wilson |
---|---|
Racquet Model | Wilson Pro Staff X 100, v14 |
Reference Tension | 55 |
String | PEEK 7710 |
Machine Used | True Tension Professional |
String Bed Stiffness - RDC | 50.0 Units |
String Bed Stiffness -FlexFour | 61.0 Pounds |
String Bed Stiffness - SBS | 47.0 pounds |
String Bed Stiffness - ERT | 38 Kg/Cm |
Racquet Flex, RDC | 64 - After Stringing |
Racquet Flex, FlexFour | 47.0 |
Racquet - In Plane Stiffness | 467.9 Lbs/Inch |
Weight, Grams | 340 |
Weight, Ounces | 11.99 |
Balance, mm | 322 |
Balance, Inch | 12.68 |
Length, Cm | 68.6 |
Length, Inch | 27.03 |
Head Width | 9.73 |
Head Length | 13.06 |
Head Area, cm2 | 643.4 |
Head Area, Sq. Inch | 99.7 |
Beam Height @ Grip, mm | 22.3 |
Beam Height @ Mid, mm | 22.0 |
Beam Height @ Tip | 22.0 |
Beam Width @ Grip, mm | 11.00 |
Beam Width @ Throat, mm | 11.00 |
Beam Width @ Mid, mm | 12.00(PWS) |
Beam Width @ Tip, mm | 12.00(including bumper) |
Number of Main Strings | 16 |
Number of Cross Strings | 19 |
Ratio Cross/Mains | .627 |
Main String Grid | 7.50 |
Cross String Grid | 10.81 |
Density (% of head filled with string) | 81.2% |
Average Cross String Space | .569 |
Average Main String Space | .469 |
Dynamic Tension, Kp, ERT MasterTensometer | 38 |
Dynamic Tension, Lbs/in | 212.54 |
First Moment, Nm | .841 |
Polar Moment | 341.0 |
Torsional Stability | 17 |
Swing Weight, Kg/cm2 | 324 |
Swing Weight, Ounces | 11.43 |
Swing Weight Calculated | 352.2 (full-length) |
Power, RDC | 53.0 |
Control, RDC | 47.0 |
Manueverability, RDC | 71.0 |
Power, Calculated | 2088.8 |
Head Points | 6.61 |
Head Weight, % | 46.9% |
Center of Percussion | 20.8 |
Dwell Time, ms | 9.00 |
Efective Stiffness - lbs | 28.1 |
K, Lb/In | 160.26 |
Recoil Weight | 158.85 |
Twist Weight | 240.78 |
End Weight | 141.3 |
Tip Weight | 198.9 |
9 O'Clock | 102.5 |
3 O'Clock | 101.9 |
Butt Cap | 135.6 |
COF, Main | .529 |
COF, Cross | .499 |
Click here to see the Comparison Table
Posted on June 9, 2023, in Demo, Inspiration, Juniors, Pro Staff, Pro Stsff, Wilson. Bookmark the permalink. Leave a comment.
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