Category Archives: Grips
Jack is Headed to France!
Many of our readers know Jack Anthrop, but I will tell you a little about him just in case you don’t.
Jack Anthrop
We started working for Jack about six (6) years ago, at which time he switched to Ashaway MonoGut ZX. Since that time, Jack has progressed at a stunning rate, now with a UTR of 13.26!
Jack is using the Head PT113B Speed custom racquet and now a new fiber made by Victrex, a UK company that specializes in PEEK materials for high-performance applications which is the Ashaway MonoGut ZX and ZX Pro material.
But, the big news is Jack is headed to Paris, the one in France, to play in the French Open Juniors! Jack and his partner, Max McKennon from California, are in the main draw doubles!
Jack has a great chance to be in the main draw singles as well.
Max McKennon
Congratulations to Jack and Max on this great accomplishment!
Why is My Butt Cap Loose?
Butt caps are the things at the end of your racquet that creates a flared area that fits your hand to add control to your shots.
The butt cap is usually a tight fit to the grip pallet, but manufacturers drive heavy duty staples through the butt cap into the foam grip pallet to make sure it is secure.
Over time, especially with players who hold the racquet at the very end, the butt cap may become loose.
Why is my butt cap loose?
But, why is my butt cap loose? This picture shows why it is loose!
The pallet has broken due to the stress of the staples and player gripping way, way low on the pallet.
Loose butt caps are not uncommon and can be repaired with success if given the time! Time is required because the repair will involve the use of two-part epoxy. This mixture needs to cure for several hours to be sure it will last.
The alternative, and one we use when we can, is to replace the entire grip pallet.
When we do this, we use only epoxy to secure the butt cap—no staples in most cases.
So the next time your butt cap feels loose, don’t panic. A repair can be made in most cases.
Full Custom Racquets in Video
We want to have a discussion of “Full Custom Racquets” and this to be the best we can do at the moment!
Full custom components
Click on Full Custom Racquet to see the short video, and thank you for watching!
We believe this is an exciting step forward in specialized tennis racquets and preparation.
We are anxious to hear your thoughts on this move to better racquets for everyone…especially you!
Head Extreme Tour
Head is, I believe, going to expose and promote the Extreme Series to a greater extent than before.
Why do I think that? Because I am holding in my very own hands a Head Extreme Tour! This 98 square inch racquet continues the Graphene 360+ technology which has become popular in the last several releases of Head Racquets!
The new Extreme series will be shipping in July so we can’t show many pictures except the all-black version I am holding.
Head Extreme Tour
The other Extreme models will be:
Extreme MP – 100 square inch head size, 300 gram
Extreme S – 105 square inch head size, 275 gram
Extreme Lite – 105 square inch head, 265 gram
Extreme PWR – 115 square inch head, 230 gram
Extreme Jr – 100 square inch head, 240 gram
All of this series continues the “extreme” optic yellow colorway but it is now complemented by a really nice grey upper shaft and hoop! The optic yellow grip may be over the top but that is easily changed.
The Extreme Tour is fitted with a TK82S grip pallet for a comfortable rounder feeling.
Take a look at the specs here:
| Manufacturer | Head |
|---|---|
| Racquet Model | Head Extreme Tour |
| Reference Tension | 55 lbs - 24.9 kg |
| String | Victrex PEEK fiber Experimental 7718 |
| Machine Used | True Tension Professional |
| ASPS, RDC | 52 |
| ASPS, FlexFour | 63.5 |
| Racquet Flex, RDC | 62 - After stringing |
| Racquet Flex, FlexFour | 40 |
| Weight, Grams | 320 |
| Weight, Ounces | 11.29 |
| Balance, mm | 323 |
| Balance, Inch | 12.72 |
| Length, Cm | 68.6 |
| Length, Inch | 27.008 |
| Head Width | 9.59 |
| Head Length | 12.87 |
| Head Area, cm2 | 625.1 |
| Head Area, Sq. Inch | 96.9 |
| Beam Width, mm, Shaft, Center, Tip | 22, 23, 21 |
| In Plane Stiffness, Pounds/In | 359.5 Lbs/In. |
| In Plane Stiffness, Kg/cm | 163.0 Kg/cm |
| Number of Main Strings | 16 |
| Number of Cross Strings | 19 |
| Ratio Cross/Mains | .627 |
| Main String Grid | 7.12 |
| Cross String Grid | 9.63 |
| Density (% of head filled with string) | .708 |
| Average Cross String Space | .507 |
| Average Main String Space | .445 |
| Dynamic Tension, Kp, ERT | 35 |
| Dynamic Tension, Lbs/in | 195.76 |
| First Moment, Nm | .794 |
| Polar Moment | 322 |
| Torsional Stability | 16 |
| Swing Weight, Kg/cm2 | 306 |
| Swing Weight, Ounces | 10.79 |
| Swing Weight Calculated | 333.9 |
| Power, RDC | 47 |
| Control, RDC | 55 |
| Manueverability, RDC | 83 |
| Power, Calculated | 1856.5 |
| Head Points | 6.30 (negative = head heavy) |
| Head Weight, % | 47.1% |
| Center of Percussion | 20.8 |
| Dwell Time, ms, No Swing | 8.62 |
| Effective Stiffness - lbs | 28.3 |
| K, Lb/In (SBS) RDC | 166.67 |
| Recoil Weight | 149.14 |
| Twist Weight | 220.52 |
| End Weight | 132.8 |
| Tip Weight | 190.4 |
| 9 O'Clock Position | 96.6 |
| 3 O'Clock Position | 98.3 |
| Butt Cap Position | 126.3 |
Racquet Quest, LLC
