Golf Shop: CALLAWAY X20 Tour Individual Iron with Steel Shaft

"Callaway X20 Tour Individual Iron with Steel Shaft : Tour-inspired looks and feel, Callaway Golf playability All of Callaway Golf’s best X Series iron technology combines with traditional styling for tour-level looks and feel. X Series irons have always been about performance and forgiveness. The X-20 Tour Irons advance that heritage with design elements more accomplished players will relish. With a shorter blade length, a narrower sole, thinner topline and square toe, these irons have all the elements better players seek for increased workability, combined with Callaway Golf playability. Tour-inspired head styling The narrower sole, beveled trailing edge, chamfered topline and high toe produce a more traditional look that will appeal to the highly skilled player. The shorter blade length and minimal offset offer enhanced workability. Tour Heel Grind and Longer Hosel The heel design helps in reducing turf drag through the rough while the longer hosel helps strategically position the CG for optimum trajectory control. Extreme Notch Weighting Redistributes even more weight to the perimeter of the iron to create a high Moment of Inertia for greater forgiveness and more stability. 360-Degree Undercut Channel Patented technology maximizes perimeter weighting by moving the CG lower and farther back in the clubhead, enlarging the hitting area and stabilizing the clubhead for more forgiveness. Narrower sole, thinner topline and high toe produce a more traditional look that highly skilled golfers prefer, while the shorter blade length and minimal offset enhance workability. The Tour Heel Grind helps reduce turf drag through the rough while the long hosel helps optimize the CG location for better trajectory control. Extreme Notch Weighting redistributes even more weight to the perimeter, creating a higher MOI for more forgiveness and stability. 360-Degree Undercut Channel maximizes perimeter weighting and moves the CG lower and deeper, allowing for larger hitting area and more stability."