Category Archives: Racquet Demo
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 |
Weight is Your Friend!
If you have been following the Racquet Quest Podcast you know how much we rely on weight to mitigate some poor shot execution or physical issues!
So, don’t be surprised if that position continues for a while! It is majorly important now that we are beginning to play (openly) again!
It is not clear to me why some players object to even discussing weight let alone add it to their racquet!
The latest podcast episode, The String Holder – Part Two, focuses on three (3) players of about the same age and skill and looks at the differences in racquet setup including weight.
If weight is so scary why do most racquets have a bunch of it hidden away from us?
This is a Tecnifibre racquet however most performance racquets will have a similar setup. Game Improvement (ultralight) racquets, typically, will not!
What you see in that groove is lead! If you flip the racquet over you will find the same thing on the other side! Lot’s of lead means lots of weight, relatively speaking!
If we wanted to reduce the weight of this racquet we could remove some or all of the weight without affecting the swing weight very much. The static balance, however, would be very different. That is why we don’t rely on “balance” as a performance metric.
In the case of this racquet, we are printing a grip pallet that will replace the original pallet but be heavier so we can remove some of the lead weight to make the new version the same weight if we wanted to. We don’t want to!
Racquets Taking Off …and Racquets Crashing!
Sometimes I am surprised at how a tennis racquet will find a new life after a few years of dormancy! And of course, I am astonished at how some racquets are “finished” way before their time!
The new Head Graphene 360+ Prestige is an excellent example of a racquet taking off, and the Head Adaptive Speed is an excellent example of a racquet that was laid to rest prematurely, in my opinion!
Head Graphene 360+ Prestige
Let’s start with the Prestige. One look says this is a racquet you want!
You may not care that this series has been a mainstay on the pro tour for over 25 years! You may not care that this racquet has a unique feel or a magnificent “cap” system.
You may not care that this racquet comes in a model to suit almost any playing style! NO…you care about the way it looks! The rest of the good stuff is just icing on the cake or racquet in this case!
Other racquets that would fit this category are the Wilson Pro Staff and Yonex VCore series.
On the other hand, a racquet that met its demise way too soon is the Head Adaptive Series! If you don’t know much about this series, it is not your fault! It was pulled way before it’s time.
Head Speed Adaptive Tuning Model
The Adaptive series was just that, adaptive! The string pattern could be either 16×16 or 16×19. The length could be increased in increments of .20 inch up to a total length of 27.6 inches (701mm).
Plus, the swing weight can be increased by using the optional heavy side grommet set, and the overall weight can be increase by inserting the “heavy” butt cap!
So, what happened? I think it was just too hard to sell for those places that don’t have hands-on expertise or didn’t want to take the time to explain the benefits of this concept!
Because the grip pallet was designed to be removed, it is likely that, if not done correctly, there would be some squeaking. That is not good, but it is not a problem that should keep a great idea from being a great racquet!
We still believe this is a good idea and if you do too, and want to take a look at this great idea, we have some in stock!
Head Graphene 360+ Speed Lite
As you probably guessed, this is the lightest of the Speed Series, 100 square inch head size, at a weight of 281 grams (9.91 ounces)!
There are several positive features in this racquet and one is the reasonable flex (stiffness) of 63 RDC, plus the uniform string pattern that provides a consistent hitting experience needed by developing players. This pattern should contribute to extended string life as well.
Head Graphene 360+ Speed Lite
As with all light racquets, this one can be customized as the need or desire arises, and I think that will happen more quickly than most other racquets.
This is just too light, in my opinion, for players wanting to improve all aspects of their game. Remember, weight is your friend! However, if you prefer a light racquet for any reason this is a top choice!
As I am working on this post I realize how much trouble it is to switch between racquet reviews for comparison so here is a link to the Head Graphene 360+ Speed Series Comparison.
| Manufacturer | Head |
|---|---|
| Racquet Model | Head Graphene 360+ Speed Lite |
| Reference Tension | 56 lbs - 25.4 kg |
| String | Victrex PEEK fiber Experimental 7718 |
| Machine Used | True Tension Professional |
| ASPS, RDC | 56 |
| ASPS, FlexFour | 68.5 |
| Racquet Flex, RDC | 63 - After stringing |
| Racquet Flex, FlexFour | 43 |
| Weight, Grams | 281 |
| Weight, Ounces | 9.91 |
| Balance, mm | 345 |
| Balance, Inch | 13.58 |
| Length, Cm | 68.5 |
| Length, Inch | 26.97 |
| Head Width | 9.71 |
| Head Length | 13.06 |
| Head Area, cm2 | 640.8 |
| Head Area, Sq. Inch | 99.6 |
| Beam Width, mm, Shaft, Center, Tip | 25, 25, 25 |
| In Plane Stiffness, Pounds/In | 422.5 Lbs/In. |
| In Plane Stiffness, Kg/cm | 191.6 Kg/cm |
| Number of Main Strings | 16 |
| Number of Cross Strings | 19 |
| Ratio Cross/Mains | .626 |
| Main String Grid | 7.30 |
| Cross String Grid | 9.53 |
| Density (% of head filled with string) | .710 |
| Average Cross String Space | .503 |
| Average Main String Space | .463 |
| Dynamic Tension, Kp, ERT | 36 |
| Dynamic Tension, Lbs/in | 201.4 |
| First Moment, Nm | .758 |
| Polar Moment | 311 |
| Torsional Stability | 18 |
| Swing Weight, Kg/cm2 | 293 |
| Swing Weight, Ounces | 10.34 |
| Swing Weight Calculated | 334.5 |
| Power, RDC | 42 |
| Control, RDC | 61 |
| Manueverability, RDC | 91 |
| Power, Calculated | 1838.3 |
| Head Points | -0.79 (negative = head heavy) |
| Head Weight, % | 50.4% |
| Center of Percussion | 20.7 |
| Dwell Time, ms, No Swing | 8.50 |
| Efective Stiffness - lbs | 29.6 |
| K, Lb/In (SBS) RDC | 198.31 |
| Recoil Weight | 126.53 |
| Twist Weight | 198.31 |
| End Weight | 98.6 |
| Tip Weight | 182.3 |
| 9 O'Clock | 90.5 |
| 3 O'Clock | 91.2 |
| Butt Cap | 98.3 |
Head Graphene 360+ Speed MP Lite
The Head Graphene 360+ Speed MP Lite may be the perfect racquet for a player looking for a thin(er) beam, 100 square inch head size, slightly lighter than most MP racquets!
As you will see in the specifications this racquet is about 28 grams (1 ounce) lighter than the MP model, and, just a little more flexible, or better said, less stiff!
Forty-nine point nine percent (49.9%) of the total weight resides toward the head of this racquet, so if you think in terms of “points” it is 0.16 points head light.
Some customization will make this a racquet that you can stay with for a long time. As your skills advance, so can the racquet!
Head Graphene 360+ Speed MP Lite
As I am working on this post I realize how much trouble it is to switch between racquet reviews for comparison so I am including a link to the Head Graphene 360+ Speed Series Comparison.
| Manufacturer | Head |
|---|---|
| Racquet Model | Head Graphene 360+ Speed MP Lite |
| Reference Tension | 56 lbs - 25.4 kg |
| String | Victrex PEEK fiber Experimental 7718 |
| Machine Used | True Tension Professional |
| ASPS, RDC | 51 |
| ASPS, FlexFour | 62 |
| Racquet Flex, RDC | 60 - After stringing |
| Racquet Flex, FlexFour | 49 |
| Weight, Grams | 293 |
| Weight, Ounces | 10.34 |
| Balance, mm | 342 |
| Balance, Inch | 13.46 |
| Length, Cm | 68.5 |
| Length, Inch | 26.97 |
| Head Width | 9.68 |
| Head Length | 13.06 |
| Head Area, cm2 | 640.8 |
| Head Area, Sq. Inch | 99.3 |
| Beam Width, mm, Shaft, Center, Tip | 23, 23, 23 |
| In Plane Stiffness, Pounds/In | 307.3 Lbs/In. |
| In Plane Stiffness, Kg/cm | 139.4 Kg/cm |
| Number of Main Strings | 16 |
| Number of Cross Strings | 19 |
| Ratio Cross/Mains | .624 |
| Main String Grid | 7.30 |
| Cross String Grid | 10.62 |
| Density (% of head filled with string) | .780 |
| Average Cross String Space | .559 |
| Average Main String Space | .456 |
| Dynamic Tension, Kp, ERT | 35 |
| Dynamic Tension, Lbs/in | 195.76 |
| First Moment, Nm | .782 |
| Polar Moment | 323 |
| Torsional Stability | 15 |
| Swing Weight, Kg/cm2 | 308 |
| Swing Weight, Ounces | 10.86 |
| Swing Weight Calculated | 342.7 |
| Power, RDC | 46 |
| Control, RDC | 57 |
| Manueverability, RDC | 81 |
| Power, Calculated | 1835.6 |
| Head Points | 0.16 (negative = head heavy) |
| Head Weight, % | 49.9% |
| Center of Percussion | 21.0 |
| Dwell Time, ms, No Swing | 8.91 |
| Efective Stiffness - lbs | 27.6 |
| K, Lb/In (SBS) RDC | 163.46 |
| Recoil Weight | 138.67 |
| Twist Weight | 205.8 |
| End Weight | 105.8 |
| Tip Weight | 186.5 |
| 9 O'Clock | 95.1 |
| 3 O'Clock | 94.5 |
| Butt Cap | 103.0 |
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