CGC Stock Shafts GDI

 
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If you would like to be assisted in your shaft selection, please please fill out the FITTING QUESTIONNAIRE. We will e-mail you back our recommendations on a first come first serve basis. To better serve you, please provide us with your zip code so that we can refer you to an Independent Affiliate near you.

GDI PRESS RELEASE > >

Pershing 65: The 65 weight category is the most popular for average to high swing speeds.
Offered in R, S, X and TX Flex, many golfers opt to use this premium performer in fairway woods as well.


Shaft Type Flex Length Weight Tip size Butt size Torque Kick point MSRP
PRSG65-335R R 46" 65 grams .335" .600" 3.2 LOW/MID $120.00
PRSG65-335S S 46" 65 grams .335" .600" 3.2 MID $120.00
PRSG65-335X X 46" 68 grams .335" .600" 3.2 MID/HIGH $120.00

Pershing 55: Slightly heavier than the 45 and with a lower torque, the 55 is an excellent weight category to maximize clubhead speed for anybody with a slower swing.
Shaft Type Flex Length Weight Tip size Butt size Torque Kick point MSRP
PRSG55-335RR RR 46" 55 grams .335" .600" 4.4 LOW/MID $120.00

Pershing 55: An ultra-light shaft with a low kick point to assist golfers with slow swing speeds. The Ladies Flex comes in pink or black.
Shaft Type Flex Length Weight Tip size Butt size Torque Kick point MSRP
PRSG55-335L L 46" 55 grams .335" .580" 5.8 LOW $120.00

Graphite Design's Tour wins in 2006
11 PGA Tour, 16 JPGA Tour, 6 Champions Tour, 5 Nationwide Tour, 1 LPGA Tour, and 1 Australian Open

What is GD Flex?
T he GD Flex measures the bending stiffness of the entire shaft, which includes the tip and butt stiffness. Frequency measures stiffness in the first 20-25" of the butt section of the shaft. Take, for example, two shafts that have identical frequencies, but have a wide variation in tip stiffness. These shafts may appear to be the same in an assembled golf club, but the difference in tip stiffness will have a huge impact on the trajectory of the golf ball. Typically, a weak tip shaft will produce a higher trajectory versus a stiff tip shaft in the same loft club head. With today's larger heads, tip stiffness translates into increased stability on off center hits. By designing the tip structure of the shaft specifically for a particular shaft type, the golfer will receive the maximum benefit of accuracy and distance.

What is MSI?
Material Stiffness Integration, or MSI, is the design concept by which Graphite Design develops shafts. We believe that by combining materials of different stiffness and fiber volume, we are able to reduce unwanted vibrations while promoting enhanced feel.
Composite materials consist of two components: fiber and resin. The stiffness of each fiber type has an impact on how much vibration, or feel, is transmitted up the shaft. The resin acts more like a sponge, absorbing vibrations. By integrating materials of different stiffness and fiber/resin percentages, we can promote better feel. Using low resin content materials equates to more fiber, which means higher strength shafts with better feel and distance. Graphite Design is one of the largest consumers of low resin content composite materials.


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