Geotech Prototype RF10 α-Spec Driver Hi-COR

Introducing Geotech Prototype RF10 α-Spec Driver Hi-COR

Geotech's Prototype RF line of clubs has always been admired for its classic shape and higher back crowns. A superb combination of performance and value, the Prototype RF series appeals to a wide range of golfers wanting to play a more balanced driver for both distance and control. 
The Prototype RF10 α-SPEC Driver Hi-COR is a Non-Conforming driver that is designed to be easy to square to the ball for better contact and more distance. The result is better impacted for better shots.

SQUARE UP TO THE BALL MORE CONSISTENTLY FOR BETTER SHOTS MORE OFTEN 

A high tech head with performance beyond the rules. Forgiving and easier to use thanks to the heads ability to square up to the ball. For a wide range of golfers, the reasonable gravity distance (36.5mm) makes it easy to create a more square impact by making the head easier to rotate tot he ball. A high repulsion head for more ball speeds and distance.

BIG DISTANCE EVEN ON OFF CENTER HITS

We’ve utilized our own variable thickness Beta titanium cup face design which is a non-conforming, high repulsion type. With a huge sweet spot with increased spring effect, even off-center hits result in the big distance.

OPTIMIZED FACE DEFLECTION

Our IPB (Integrated Power Bracing) sole structure maximizes rebound performance and increases ball speeds by more efficiently transferring energy. The crown and head flex to produce more powerful spring effect.

EASY TO SQUARE UP AT IMPACT

By utilizing a slightly shorter center of gravity distance at 36.5mm the gravity angle is increased to 25 degrees making the head easy to square to the ball at impact. The face closes powerfully to the ball to avoid slicing the ball. Better impact equals straighter and longer shots.

AGGRESSIVE BUT FORGIVING

A deep face with a compact design will appeal to the better player. Combined with forgiveness and ease of use allows the player to swing with confidence and still gain big distance on miss hits.