The Golf Lab
July 15, 2008 
 Golf Lab Members Only Newsletter
 Donate Your Swing to Science
In This Issue


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Greetings!

You can play better golf this year without resorting to desperate measures like taking lessons or "getting fit". You don't have to buy new golf clubs. You can use the clubs that you already have. If this sounds like some crazy infomercial - read on.

The Golf Lab has been on the "bleeding edge" of clubfitting and clubmaking for eight years. We join all of the professional organizations, attend all of the meetings and shows and haunt the Internet looking for the latest trends that might extend the state of the art. And we get to know the people behind the inventions.

Recently, we've reported extraordinary results - confirmed with launch monitor testing - from the emerging science of counter weighting golf clubs.

In this newsletter we have an incentive offer for players who want to try counter weighting their clubs. We also have some new information about shaft design that will be of interest to players who have standard steel shafts in their irons. If you've been watching the PGA Tour lately, it's impossible to ignore the incredible success of Kenny Perry. In the last six events he won three and tied for first and lost a playoff in another. He changed the shafts in his irons in March. Is his breakthrough performance a coincidence or is equipment the reason that he owns the winner's circle at age 47?

 John Jones - Tour Lock Golf
 

I've reported that counter weighting your driver will add 2-3 MPH of ball speed. That translates into 6-10 yards of additional carry distance for most golfers. In addition, other metrics are likely to improve: consistency of ball speed, launch angle, swing path and face angle at impact. You are likely to hit more balls on the center of the club face.

The company that pioneered counter weighting is Balance-Certified Golf - founded and managed by two former NASA engineers in Huntsville, Alabama. Jeff Lindner and John Cranston deserve credit for "creating the category" in high-tech speak. Their products reflect their engineering background. The B- C parts are intricate and machined to precise tolerances. This year they introduced the "Shaft Stabilizer". It is a breakthrough product. Their innovation is that they moved weight down the shaft under a player's lower hand. The result is that the balance point of the golf club is moved up toward the grip. The evidence is that a club with a higher balance point is easier to control. Hold that thought. For more information on Balance-Certified, follow this link: http://balance- certified.com.

A new company entered the market this year - Tour Lock Golf founded by John Johnson. John is a PGA pro and he's obsessed by helping players improve their swing by changing the way golf clubs are balanced. In his quest, he found a way to manufacture counterweights that are less complicated than the Balance-Certified parts and consequently less expensive. The cost of counter weighting a set of clubs has dropped to about $200. Since the counterweights are removable and reusable, it's easy to justify counter weighting as an investment in a better game.

John Jones at Tour Lock has his own new inventions. The first is a weight that can be located at any point in the shaft. It comes in several gram weights so there is a lot of leeway to change the balance of a golf club. John is less interested in increasing ball speed for distance. He's much more interested in a player's swing path and the point where the player releases the club through impact. He is convinced that he can produce dramatic changes in a player's swing by strategic location of weights in the club.

The problem is that he doesn't know exactly where those strategic locations might be.

We signed up to help him advance the state of the art with our sophisticated electronics. That's where the "Donate Your Swing to Science" line came from. We need test subjects and that's where you come in.

John will be at the Golf Lab all day Thursday and Friday next week. That's the 24th and 25th of July. We are inviting all Golf Lab clients who would like to be part of the testing to receive a free one hour fitting for counter weights from John and Leith. For an introduction to John Johnson, follow this link: http:// www.calgolftech.com/johnson.html

We will start with your own clubs. We'll test them for length, lie angle and flex so we'll have a benchmark. We'll test your swing with your clubs so we know the metrics in original condition. Then, adding a variety of counter weights first under the grip and then down the shaft we'll find the scheme that works the best and produces improved results that can be measured and proven with launch monitor data. We'll have all of our electronic gizmos in place for the test. If you want to find out if counter weighting works for you - by testing all of the options under the eye of a PGA Professional - and know exactly the improvement that you get - this is a no-brainer. You must have an appointment. John will only be here for two days. We'll work eight hours a day so that's room for sixteen players. Give the Golf Lab a call to reserve a convenient time. (650) 493-1770.

As an added bonus, John will have some of his prototype putter shafts and putters along. If you want to try something that's really new and untested, we'll work with you to see if weight in your putter shaft will help your stroke.

If you can't make it Thursday or Friday, you can still get your clubs fitted for counter weights at the Golf Lab. You'll miss the "freebie" but our fee for fitting weights is reasonable. You'll get personal attention from Leith Anderson. This is the closest thing to a miracle that we've seen in golf clubs.

 


 Kenny Perry's Success
 

Was it just a coincidence that Kenny Perry started winning golf tournaments? Did the fact that he changed iron shafts in March at Bay Hill have anything to do with his success? In May he tied for first at the Bell South Classic and lost the playoff to Ryuki Imada. After the Bell South, he won three out of the next five weeks. He's 47. What happened?

I'm sure that the lowly shaft company wouldn't want to claim all the credit but I'm also sure that they'd like you to know who they are.

Here's the scoop on Kenny Perry's new iron shafts. They're the "KB Tours" by FST. The "KB" in the name stands for Kim Braley. Kim is the son of Dr. Joe Braley (a veterinarian) - the father frequency matching. Kim was the designer of the immensely popular Project X shaft at Royal Precision.

When Royal Precision failed and True Temper bought up the Intellectual Property they decided that they didn't need Kim Braley. Kim joined up with FST - also known as FEMCO. FEMCO is a conglomerate based in Taiwan that made its mark manufacturing machine tools - specifically the tools that make "tubular structures" - which includes golf shafts.

The KB Tour is different from the most common steel shafts. Due to the engineering at FEMCO - building custom machines to manufacture the KB Tour shafts - Kim Braley was able to design a shaft with a constant wall thickness through its entire length. True Temper Dynamic Gold shafts and especially the Dynamic Gold SL shafts are designed with a reinforced tip section that has a much thicker shaft wall.

The net effect of the single wall thickness is that the balance point of the shafts is moved up, toward the grip. Where did you hear that before? It was just moments ago in the discussion about counter weighting. If you install KB Tour shafts in a set of clubs that was shafted with TT Dynamic Golds, the swingweight will decrease by 2-3 points. That's a bunch.

So, how do they work? The KB Tour rep reported that Kenny Perry noticed that his very significant increase in distance when he started playing KB Tour shafts. That is unusual for a Tour Pro - so unusual that Kenny and the Taylor Made Tour Van installed the new shafts in an old set of heads just to be sure that the increase in distance was real. It was reported at up to seven yards. Posters on some online forums have said that Perry noticed that his draw straightened out. That appears to be fiction.

Perry was still playing the KB Tours while he was winning the John Deer Classic this weekend. His shafts were surely not responsible for the bladed and chunked chip shots the last few holes that made the tournament close. For technical information on KB Tour shafts, follow this link http:// www.kbshafts.com/technology.php.

 


 Personal Experience with KB Tour Shafts
 

When a new trend starts, I make sure to do my "homework". I bought a couple of sets of KB Tours and set out to test them and play them.

Step one was to test the shafts for frequency at standard and inch over length. By frequency, the KB Tours test very stiff. Keep in mind, frequency is a measure of "butt stiffness" - the area of the shaft roughly fourteen inches from the shaft butt. It is not uncommon for shafts to test very stiff on a frequency meter yet play much different. Nevertheless, I was influenced by the high frequency readings and chose the "R" flex shafts for myself. I think that was a mistake.

KB Tour shafts are distributed by PGMC, a Canadian company that specializes in supplying custom golf shops. The anomaly in measuring frequency with the KB Tour shafts was noticed by PGMC management. To avoid confusion, they dropped the flex designations 4.5, 5.5 and 6.5 in favor of the traditional "R", "S" and "X". That is an admission that KB Tours are going to test very stiff by traditional frequency analysis.

 


 But how do they play?
 

First, let me explain my mistake. For years I have been playing over length irons, usually an inch over the current "standard" - or a 39" five iron. It's been a long time since I played heavy steel shafts. Consequently, I hoard iron heads that weigh less than standard - one such set was some Miura Tournament blades that were ordered from Japan six grams under weight with the expectation that one day I would mount them on some heavy steel shafts and not face a swingweight in the E-0 range. When I built the set with the "R" flex shafts (target weight 110 grams), the swingweights came out D-2. Alas, that was how I learned about the weight distribution in KB Tour shafts.

I think that D-2 swingweight is just too light for clubs built at one inch over length. Most good players do better with swingweights that are a little heavier. Tour professionals seem to end up in the D-3 to D-5 range in standard lengths with their wedges up to the high D or even the E range. All other things being equal, adding an inch of length to an iron raises the swingweight six points. I have come to believe that a "natural" swingweight for me is D-6 to D-9.

The Miura Tournament blades were just too light. I played them for a couple of rounds, including a round at Poppy Hills and I was underwhelmed. That's about the time I discovered the weight distribution "problem" in a conversation with Gawain Robertson at PGMC.

My next step was to build out a couple of Bobby Jones wedges for my annual Fourth of July trip to Indiana. There's a great short game area at the Golf Club of Indiana on the north side of Indianapolis. I usually spend several hours there during my trip just practicing. Being from California and playing at Muni's, I crave grass ranges and practice greens that you can hit wedges to.

The wedges were fabulous. I found myself hitting wedge after wedge and knocking down the flags. It was exciting. I moved up to the "Stiff" flex and it was great in the wedges despite testing out to "XXX" by frequency.

 


 Bottom Line
 

I never thought I would play heavy steel shafts again. I'm going to give it another go with the "S" flex shafts at 120 grams and not even put the shafts on the frequency meter. I don't want to know. Given my experience with the wedges, I think that the primary benefits touted about the KB Tour shafts might actually bear out. The "lively" tip section delivers much more feel than you would expect from a shaft that tests so stiff. And, the dispersion seems to be at least as good as any shafts I've played.

For players who are anxious to try something different that might be a game changer, we can add weight to iron heads in standard lengths and maintain familiar swingweights. You will have more mass in the head so that's a scientific reason to expect more distance from your irons.

 


 More Evidence
 

The KB Tour phenomenon has reached Europe. In the first half of this year, Darren Clark, Peter Lawrie and Jeev Milka Singh have won tournaments playing KB Tour Shafts. This is a very unusual development. Tour players might change their driver shafts as frequently as their socks, but they rarely change their iron shafts.

 


 Testing Required
 

For players thinking about trying KB Tour shafts, I recommend not buying a "pig in a poke". We have a variety of test clubs at the Golf Lab including two complete sets that are available for fitting customers to take to the range and the course. (A nominal rental fee applies for the full sets which is credited against a reshaft or new set of irons.)

In addition, we have the Bobby Jones wedges shafted with the KB Tour shafts in the cool black finish. This is not a paint job or powder coat that will peel off. The black color is applied under the chrome and is permanent. Coolest wedge shafts on the planet. Ask Darren Clark.

 


Don't be afraid to make a change that will improve your game.

Best regards,

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