Callaway Talks: The NEW Chrome Soft X LS

www.youtube.com/watch?v=JUh_OhWAhvQ

Director of Product and Brand Management for Golf Ball, Jason Finley, sits down with Callaway’s Senior Director of Golf Ball R & D, Eric Loper, to break down the NEW Chrome Soft X LS The new Chrome Soft X LS is designed for max distance from a fine-tuned lower spin profile, and all of the fast ball speed characteristics you expect from a Chrome Soft X. It’s especially suited for better players who want to “bomb it” off the tee, with a tremendous combination of long distance and a straight ball flight from their longer clubs. This 4-piece, single core construction is engineered to increase speed through our SoftFast Core with an advanced inner core diameter, a Dual Mantle System, and a refined urethane cover. In addition to all of these technologies, Chrome Soft X LS promotes maximum greenside control from high spin, low launch and excellent feel in your scoring clubs. We’ve expanded the Chrome Soft lineup with a new offering for the low-handicap players who want to hit their longest, straightest drives and attack the pin. Learn more about Chrome Soft X LS here: www.callawaygolf.com/golf-balls Features & Benefits Large SoftFast Core Increases Speed and Distance High speed core design is significantly larger to promote more ball speed and distance through the bag. This core also works with the mantle system to deliver high resilience and speed. Maximum Ball Speed and Consistent Spin From A High Speed Dual Mantle System
This mantle system is designed for high ball speeds. The Soft Inner Mantle and a highly resilient Firm Outer Mantle work together to generate fast ball speeds off the club face. This innovative system is specifically designed to increase total distance. Excellent Feel and Spin Control from A Thin Propriety Urethane Cover
Extremely durable, resilient and thin cover material. It’s built to increase ball speed and create low spin on full shots, while maintaining high spin, low launch, and control around the green. Longer Distance and Consistent Trajectory From An Optimized Aero Design
Aero design reduces drag for longer overall distance. The consistent, penetrating ball flight is optimized for this ball’s lower spin characteristics.