![HX Diablo Tour Golf Ball](http://media.callawaygolf.com/webupdate/callawaygolf/2012/products/golf-balls/hx-diablo-tour/media-images/hx-diablo-tour-product-overview.jpg)
SCORING PERFORMANCE WITH PREMIUM FEEL.
HX Diablo Tour golf balls offer an exemplary combination of distance off the tee and pinpoint control on approach shots. Our Power Reaction Core is firmer on the outer edges and gradually gets softer on the inside, creating less spin off of driver shots and more spin when using shorter irons. The thin Ionomer cover increases spin even more around the greens for aggressive shot-making and improved short game control. HX Diablo Tour combines all the best elements of the HX Bite for spin and the HX Hot Plus for long distance in one 3-piece performance ball.
![Golf Ball Construction](http://media.callawaygolf.com/webupdate/callawaygolf/2012/products/golf-balls/hx-diablo-tour/callouts/construction.jpg)
POWER REACTION CORE TECHNOLOGY AND INNOVATIVE GOLF BALL CONSTRUCTION
The Power Reaction Core found in Callaway’s HX Diablo Tour golf ball helps golfers reap better spin benefits on shots throughout their bag. By creating a core that is firmer at the outer edges and softer in the center, driver shots gain more distance with less spin while short approach shots have more spin for better stopping power. When combined with HX Diablo Tour’s Dupont® HPF™ inner cover and a thin Ionomer cover, the Power Reaction Core produces scoring performance with premium feel.
Advanced Dupont HPF Inner Cover
Increases ball speed while lowering driver spin for long, accurate shots.
Ionomer Cover
Great feeling cover creates more stopping power on the green.
![HEX Aerodynamics](http://media.callawaygolf.com/webupdate/callawaygolf/2012/products/golf-balls/hx-diablo-tour/callouts/hex-aerodynamics-text-right.jpg)
HEX AERODYNAMICS
CREATED BY NATURE, PERFECTED BY CALLAWAY
Similar to honeycomb covering a beehive, Callaway’s patented HEX Aerodynamics produce 100% surface area coverage on a golf ball whereas traditional round dimples typically cover only 88% of the surface. Dead space between dimples can cause inefficient flight characteristics so HEX geometries cover the entire ball to reduce drag and cut through air with a strong, penetrating ball flight.