OBAN Isawa GLD Driver Shaft Review

OBAN ISAWA GLD Golf Driver Shaft Review

By Russ Ryden, Fit2Score, A Dallas Fort Worth Club Fitter & Club Maker
The Highlands Performance Golf Center, Carrollton Texas 
and Daniel Spurling, PGA, Director of Player Development
Lonnie Poole Golf Course
Golf Digest Certified America’s 100 Best Club Fitters

My first impression of the new Isawa GLD is stunning. I have grown fond of Oban golf shafts for that very reason. You can spot them from a mile away. Their bright colors and well-placed shaft bands turn heads on the range and the course. I’ve always told my customers that if what they’re looking down at doesn’t inspire confidence, then they shouldn’t put it in their golf bag.  Oban certainly helps players there. The Isawa GLD is a time-tested design.  Soft mid and firm tip shafts are a great option for many players. If you’re ready to invest some money into your equipment and don’t have access to a professional Club Fitter this type of shaft would be a safe bet.

Most shafts will have different launch characteristics as they span through their weights and flexes. The GLD consistently produced similar flight through the 7 offerings. When paired with their appropriate players the shafts remained stable through on and off-center strikes and transmitted sufficient feel back up through the handle. It was notable that less skilled players, were able to more accurately identify where the strike was located on the club face while testing the GLD. They commented that they hadn’t had the ability to identify that in their previous clubs.  The torque numbers are exceptionally low for the price point Oban is offering its players. In the most laymen of terms the torque value is going to correlate with how bad your off-center strikes are going to be. When you see low shaft weight and low torque you can expect to pay big bucks. The Isawa starts with a softer butt section reenforced with a new proprietary carbon fiber material integration. There is a slight increase in stiffness in the upper mid-section around the 30in mark with the same bump in stiffness a little lower down the shaft in the extra stiff 60g and 70g shafts. I’m wondering if this is a nod to the very successful original Isawa from Oban released in 2015.

A fitted golf shaft is a platform for consistency. The fitter’s responsibility is to find the correct composition of golf club in order for the player to hit the center of the club face as consistently as their skill level will allow. I found, like the profile suggests, the GLD fits a wide variety of players. Where I see the GLD separate itself from similar shafts in its category is the butt section. When you have a stronger tip section you have to give up some rigidity somewhere else in order to translate feel back to the hands. In most cases it’s the butt section of the shaft that gets thinned out. Fitting players into the correct butt stiffness is the hardest part of club fitting because butt stiffness correlates with feel. Feel is the one thing you can’t teach. It’s organic and must be self-discovered. If you give a discerning player a shaft with too strong a butt section, they are going to tell you it feels boardy. The GLD is equipped with a softer butt section than a lot of shafts that are stronger on the bottom end. This is where it found a place in my fitting matrix. Oban has integrated a proprietary carbon fiber material to reenforce the weaker butt section of the GLD giving it exceptional energy transfer back to the players hands. I have the most success fitting the Isawa GLD with players who have back swings short of parallel. A short backswing usually denotes a quick transition and faster tempo. These swing characteristics put more stress on a shaft. When you add speed to that mix you automatically start to consider stronger shafts. I wouldn’t describe the GLD as a strong golf shaft but it certainly feels softer than it plays. The weaker butt section of the GLD provides exceptional feel to players while allowing them to venture into a stronger tip than they are used to.  I recommend the GLD to players who have faster than average tempos who are looking for enhanced feel from a stronger mid launch mid spin shaft.
Daniel Spurling

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Russ

Aerotech Claymore Golf Shaft Review

AeroTech Claymore Driver Shaft Review

By Russ Ryden, Fit2Score, A Dallas Fort Worth Club Fitter & Club Maker
The Golf Center at the Highlands, Carrollton Texas

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Aerotech is one of those brands that does not change models every year or two. When a shaft is designed and produced, they keep making it as long as the demand continues. I can remember when the AeroTech Claymore Driver shaft was introduced to club makers almost 10 years ago. it has not changed during that time and remains a great shaft at a truly affordable price. Many things have changed for Aerotech since their iron shafts became popular on the PGA tour, but the company’s focus on golf club fitters has not.

The Aerotech Claymore is made with high modulus carbon fiber. Remember, it was introduced around 2009 when discussions of high modulus materials had not yet become common.  

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Russ

To continue reading this section of the review, you must be registered at a higher level membership.
Russ

AeroTech Powercoil Driver Shaft Review

AeroTech Powercoil Golf Shaft Review

By Russ Ryden, Fit2Score, A Dallas Fort Worth Club Fitter & Club Maker
The Golf Center at the Highlands, Carrollton Texas

ATPCDR_ImageThe AeroTech PowerCoil driver shaft comes in two weights, 50 and 65 grams. As claimed on the Aerotech website, the tip stiffness increases with weight and stiffness. It is filament wound like the SteelFiber and has excellent radial consistency. 

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Russ

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Russ

AeroTech Golf ALT470 Driver Shaft Review

AeroTech ALT470 Driver Shaft Review

By Russ Ryden, Fit2Score, A Dallas Fort Worth Club Fitter & Club Maker
The Golf Center at the Highlands, Carrollton Texas

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Now that AeroTech is the most used carbon fiber iron shaft on the PGA tour the brand name is well known. Chris Hillery has been making driver shafts almost as long as he has made the SteelFiber iron shafts. The Aerotech ALT470 was my go to shaft many years ago when I worked in an academy the specialized in young golfers. 

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Russ

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Russ

Paderson Kinetixx Driver Shaft Review

Paderson Kinetixx Driver Golf Shafts

By Grant James, The Golf DoctorSydney Australia &
Measurement by Russ Ryden, Fit2Score, A Dallas Fort Worth Club Fitter & Club Maker

Paderson Golf Shafts is a name that has been making some significant waves in the aftermarket golf shaft area for a couple of years now. Most golfers haven’t heard about what this company can offer but those in the know are starting to realize that this company is bringing something new to the table. Paderson has been producing graphite shafts for almost 30 years, R&D on the KINTIXX line started in 2008.

In addition to the catalog of shafts, there is an in depth discussion of their technology and manufacturing process which I am not going to repeat here with one exception. All but a few of Paderson’s shafts are filament wound. They are one of a very few companies that have this manufacturing technology. This video copied from their site illustrates the process.

Most carbon fiber shafts are made by rolling sheets of material over a mandrel. Paderson ‘spins’ a weave of carbon fiber ribbon over the mandrel. This gives them the unique ability to tension the fiber during the weaving process.

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Russ

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Russ

Paderson Kinetixx Fairway Shaft Review

Paderson Kinetixx Fairway Golf Shafts

By Russ Ryden, Fit2Score, A Dallas Fort Worth Club Fitter & Club Maker
The Golf Center at the Highlands, Carrollton Texas

Paderson makes a full line of filament wound carbon fiber shafts. They tension Kevlar ribbon during winding, a unique construction in the golf shaft business. To most of us, Kevlar is a material we associate with bullet proof vests, but as you will see in this Wikipedia article, it has a wide range of use. Many of them sports related. It is a high strength, low weight fiber. Paderson is not the only company to use Kevlar in golf shaft construction, but I am told they are to only company that can tension it during application to the mandrel, owning the patent for the process.

Most carbon fiber shafts are made by rolling sheets of material over a mandrel. Paderson ‘spins’ a weave of carbon fiber ribbon over the mandrel. This gives them the unique ability to tension the fiber during the weaving process.There is an in depth discussion of their technology and manufacturing process on their website. All but a few of Paderson’s shafts are filament wound. They are one of a very few companies that have this manufacturing technology. This video copied from their site illustrates the process.

Paderson offers a range of tension wound Kevlar fairway shaft weights and profiles. A great matrix of designs for a fitter to work with. The catalog price of $150 puts in at the low end of the range for premium shafts. Lets take a look at the measurements of this very wide range of products.

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Russ

To continue reading this section of the review, you must be registered at a higher level membership.
Russ