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Callaway Razr Hawk Driver shaft: steel/graphite
Callaway Razr Hawk Driver flex: stiff/regular
Callaway Razr Hawk Driver degree: 9&10.5
Brief descripion:
Callaway has made a giant leap forward with Forged Composite technology in the new RAZR Hawk Driver. This new material gave engineers the freedom to position weight exactly where needed for maximized distance, accuracy, and workability. With the RAZR Hawk Driver, there are no tradeoffs. It’s golf’s first uncompromised driver.
The Callaway Razr Hawk Driver is made for both power and accuracy with its precise design using forged composite technology. This is why the engineers were able to put the weight exactly where it is necessary to create the most potential distance without giving up any accuracy. When you pair this technology with an Aldila RIP graphite shaft, then you have a golf club that is ready to improve your game.
The head shape was found to be very pleasing to those that tested the club and the shaft has a red arrow that helps with alignment. The one con that the testers mentioned more than any other is that the impact was a bit quieter than they are used to. This is something that one would have to get used to after switching to a golf club with this type of technology.

Features of the Razr Hawk Driver:
Fueled By Forged Composite
Forged Composite is the result of a unique partnership between the R&D teams of Callaway and supercar maker Lamborghini; this revolutionary new material is one-third the density of titanium, yet features a greater load carrying capacity per unit mass in bending. Forged Composite is lighter, stronger than titanium.
The sole and crown of the RAZR Hawk Driver contains more than 23 million turbostratic carbon fibers that reinforce 67% of the clubhead. This allowed engineers to precisely control thickness like never before, resulting in a clubhead that's lighter, stronger than titanium but still has an extremely high moment of inertia. The lighter clubhead enables a longer club configuration for faster head speed, ball speed and greater distance without compromising forgiveness.
Hyperbolic Face Technology
A chemical milling process in the RAZR Hawk Driver selectively removes excess material for precision thickness control across the face to produce consistently high ball speeds for long distance.
Aerodynamic Head Shape
The RAZR Hawk Driver has streamlined surface contours to reduce energy loss from drag during the downswing by 43% compared to the FT-9 Driver. This creates higher impact speeds for added distance.
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