Callaway XR Pro Fairway Wood

XR Pro Fairway Woods

Unmatched Speed and Distance From Everywhere For Better Players.

Callaway started from scratch with the XR Pro Fairway Wood, changing everything from the Face Cup to the shape to make better golfers even longer than they already are. It’s led by a next generation Forged Hyper Speed Face Cup that increases ball speeds across the face for greater distance and forgiveness, whether you’re playing it off the tee or the fairway.

More distance and consistency are the highlights of adding a re-engineered Internal Standing Wave. And the completely redesigned shape provides a deeper face for better players. All these new technologies give better players what they need to pick up more yards.

Features

Higher Ball Speed And Forgiveness Across The Face
Callaway developed a lighter, thinner next generation to the Forged Hyper Speed Face Cup. It increases ball speed all across the face and makes these clubs easier to hit with more forgiveness.

More Distance Where You Need It A lower CG, more consistency and even more ball speed off the tee or in the fairway are what we get when we move the weight low and more forward with our re-engineered Internal Standing Wave.

Completely Redesigned Head Shapes For Better Players A deeper face vs. the XR Fairway Wood makes this club more playable off the tee. The CG weighting and sloping crown make it easier to shape the ball and create a draw vs. X2 Hot Pro.

Speed From Maximum Shaft Load The shaft is a key component to speed, that’s why we put in the new Project X LZ. It produces maximum shaft load during the downswing for greater energy transfer to the ball.

Specifications

• Higher Ball Speed and Forgiveness Across The Face: Faster and easier to hit with a next generation Forged Hyper Speed Face Cup
• More Distance Where You Need It: More consistency and ball speed from a re-engineered Internal Standing Wave
• Redesigned Head Shapes For Better Players: Deeper face and more playable off the tee
• Speed From Maximum Shaft Load: Project X LZ produces maximum shaft load for greater energy transfer