Callaway Rogue Ladies Golf Irons

Introducing the Callaway Rogue Ladies Irons, engineered specifically for the female golfer Rogue Ladies features an ultra-light weight design with wide sole, large cavity and ultra-low CG to help slower swingers build more head speed. A combination of groundbreaking new advancements and industry-leading technologies make Rogue Ladies the best combination of distance, accuracy and playability ever in a Callaway Ladies Iron. It's how distance should feel.

Rogue Irons combine two of Callaway's most innovative clubface technologies in 360 Face Cup and Variable Face Thickness (VFT) technology to promote faster balls speeds across a larger area of the face. 360 Face Cup employs a shallow, flexible rim around the perimeter of the face that flexes and releases at impact to increase ball speed and minimise distance loss on those off centre strikes. VFT also influences how the face itself flexes to promote more ball speed on off-center hits. The combination of these two technologies promotes increased ball speed resulting in incredible distance. The upside of utilising an ultra-thin clubface is than you can deliver extreme ball speed and distance, the downside is that you incur excessive vibration that generates an unpleasant sound and feel. To eliminate this, Callaway have incorporated a new technology called elastic-urethane microspheres, dampening vibration of the thin-fast face to improve sound and feel without compromising COR or ball speed. Finally MIM'd tungsten has been introduced to deliver optimal ball flight and control, Callaway refer to as their Internal Standing Wave. By using MIM'd (metal injected molding) tungsten weighting it allowed Callaway's engineers to accurately position the CG in each of the long irons with extraordinary precision, promoting optimum launch and control at each individual loft. The tungsten, twice as heavy as steel, concentrates significant weight into a small space in the form of an intricately shaped part, which is key to precisely controlling CG location.