The Loomis Golf Collegiate line of shafts are high performance tour validated shafts that utilize superior high modulus materials in their construction to achieve their low torsional characteristics.  These 3.2 degree of torque shafts have already won two events on the Champions Tour and produce the launch conditions and feel desired by all levels of golfers.

Experience the feel and performance of Loomis Golf Shafts in this never done before Collegiate Line.  Show off your favorite NCAA team golf shaft today while hitting it longer and straighter.  Loomis Golf high performance golf shafts by Meyer Performance Composites, LLC are manufactured using some of the highest modulus materials available.  Their unique and proprietary manufacturing process allows Loomis Golf to produce some of the densest lamiinates in the golf shaft industry.  This process is what gives Loomis Shafts the superior feel and performance that many professional and amateur golfers play and rely on in their golf clubs today.  With many licensed university graphics available, these 3.2 degree of torque shafts have a responsive tip to help optimize your launch angle, backspin and ball speed for longer and more consistent shots.  Features:  Shaft Weight:  61 to 70 grams depending upon shaft stiffness.  Torque:   3.2 Degrees.  Tip Size:  .335".  Shaft Length:  46".   Flexes Available:  A Flex, R Flex, S Flex, X-Stiff Flex, and TX Flex.

A Flex Features.  The "A" Flex shaft is designed for golfers with lower driver swing speeds of 75 mph or less.  This shaft has a low torque of 3.3 degrees and weighs just 61 grams with a low to mid flex point.  This lower torque provides for more stability for the larger club head volumes in the market place today.  The bending and torque profiles have been optimally balanced to enhance the launch angle and spin rate for the golfer with lower swing speeds.  A higher balance point is precisely designed into this shaft to provide the golfer with better feel and more head weight for control and consistency.

R Flex Features.  The "R" Flex shaft is designed for golfers with driver swing speeds between 75-85 mph.  This shaft weighs 65 grams and has a low torque reading of 3.2 degrees with a mid flex point.  This lower torque provides for more stability for the larger club head volumes in the market place today.  The bending and torque profiles have been optimally balanced to enhance the launch angle and spin rate for the golfer with lower swing speeds.  A higher balance point is precisely designed into this shaft to provide the golfer with better feel and more head weight for control and consistency.

S Flex Features.  The "S" Flex shaft is designed for golfers with driver swing speeds between 85-95 mph.  This shaft weights 68 grams and has a low torgue reading of 3.2 degrees with a mid flex point.  This lower torque provides for more stability for the larger club head volumes in the market place today.  The bending and torque profiles have been optimally balanced to enhance the launch angle and spin rate for the golfer with lower swing speeds.  A higher balance point is precisely designed into this shaft to provide the golfer with better feel and more head weight for control and consistency.

X-Stiff Flex Features.  The "XS" Flex shaft is designed for golfers with higher driver swing speeds between 95-105 mph.  This shaft weighs 69 grams and has a low torque reading of 3.2 degrees with a mid to high flex point.  This lower torque provides for more stability for the larger club head volumes in the market place today.  The bending and torque profiles have been optimally balanced to enhance the launch angle and spin rate for the golfer with lower swing speeds.  A higher balance point is precisely designed into this shaft to provide the golfer with better feel and more head weight for control and consistency.

TX Flex Features.   The "TX" Flex Shaft is designed for golfers with very high driver swing speeds over 105 mph.  This shaft weights 70 grams and has a low torque reading of 3.2 degrees with a high flex point.  This lower torque provides for more stability for the larger club head volumes in the market place today.  The bending and torque profiles have been optimally balanced to enhance the launch angle and spin rate for the golfer with lower swing speeds.  A higher balance point is precisely designed into this shaft to provide the golfer with better feel and more head weight for control and consistency.