This ball changes - Callaway Golf
This ball changes - Callaway Golf
This ball changes - Callaway Golf
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GOLF BALL<br />
TECHNOLOGY<br />
came the HEX Aerodynamics cover pattern, which replaced traditional<br />
dimples in the HX Series <strong>Golf</strong> Balls with a more aerodynamically<br />
efficient pattern of hexagons and pentagons unique to <strong>Callaway</strong> <strong>Golf</strong>.<br />
Featuring that technology, the HX Tour and HX Tour 56 <strong>Golf</strong> Balls<br />
combined to win 13 major championships.<br />
With the HX Tour <strong>Golf</strong> Ball enjoying such a successful Tour pedigree,<br />
developing a superior new <strong>ball</strong> technology was no small order. The<br />
real challenge for the Company was to make the next-generation Tour<br />
<strong>ball</strong> significantly better, not simply tweak the previous line.<br />
To develop such a <strong>ball</strong>, <strong>Callaway</strong> <strong>Golf</strong>’s designers felt they needed<br />
to look beyond HEX Aerodynamics and revisit the <strong>ball</strong>’s construction<br />
from the inside out. At the forefront of their thoughts was the idea to<br />
add a second core to help deliver relatively low spin levels off the<br />
driver while providing enhanced control around the greens.<br />
<strong>Callaway</strong> <strong>Golf</strong> engineers had known of the potential performance<br />
benefits of a dual core for some time, and the answer to the next revolution<br />
in golf <strong>ball</strong>s turned out to be tied to the growing <strong>Callaway</strong> <strong>Golf</strong><br />
family of brands. <strong>Callaway</strong> <strong>Golf</strong>’s acquisition of Top-Flite included that<br />
brand’s patent portfolio. Top-Flite’s technology included the Strata Tour<br />
Ultimate <strong>Golf</strong> Ball, which Jim Furyk used to win the U.S. Open in 2003.<br />
“It was a dual core golf <strong>ball</strong>, but it didn’t have HEX Aerodynamics,<br />
or a RIM (Reaction Injection-Molded) cover, and it didn’t fully leverage<br />
dual-core technology,” says Steve Ogg, <strong>Callaway</strong> <strong>Golf</strong> Vice President,<br />
Research and Development. We took the dual-core idea and optimized it.”<br />
Ernie Els<br />
Rory Sabbatini<br />
selective spin:<br />
The Tour i Series <strong>Golf</strong> Balls know the difference<br />
between a powerful driver shot and a controlled<br />
wedge and react appropriately, producing less spin<br />
off the driver and more with a wedge or lofted iron.<br />
3.THINNER, DENSER MAntle<br />
The mantle layer is significantly thinner on<br />
the Tour i Series <strong>Golf</strong> Balls, compared to<br />
their predecessors, which allows the core to<br />
be bigger. The new material is also very dense,<br />
which again helps to move weight outward<br />
and away from the center to increase the<br />
golf <strong>ball</strong>’s moment of inertia. <strong>This</strong> important<br />
penultimate mantle layer primarily impacts<br />
and improves <strong>ball</strong> feel, but it also keeps the<br />
core from oxidizing, which retains the power<br />
or resiliency of the rubber cores – the engine<br />
of your golf <strong>ball</strong>.<br />
4. HEX Aerodynamics<br />
Traditional dimple patterns cover up to<br />
86 percent of the surface of the golf <strong>ball</strong>.<br />
With <strong>Callaway</strong> <strong>Golf</strong>’s patented HEX Aerodynamics,<br />
you get a seamless cover and<br />
100 percent surface coverage, which means<br />
a more symmetrical golf <strong>ball</strong> that flies farther.<br />
The newest version of HEX Aerodynamics<br />
features 38 separate facets per hexagon,<br />
allowing <strong>Callaway</strong> <strong>Golf</strong> engineers to further<br />
fine-tune the aerodynamic characteristics of<br />
the <strong>ball</strong> so your shots penetrate the wind for<br />
even longer, straighter <strong>ball</strong> flight.<br />
5. RIM Technology<br />
Reaction Injection Molding (RIM) precisely<br />
centers the mantle layer-covered core of the<br />
Tour i and Tour ix <strong>Golf</strong> Balls during manufacturing,<br />
resulting in a more consistent<br />
cover thickness that delivers a very steady<br />
launch and flight, tighter dispersion and,<br />
ultimately, a better flying golf <strong>ball</strong>. Two<br />
liquid components are injected under pressure<br />
into a cavity that centers the mantle<br />
layer-covered cores. When the two liquids<br />
mix, they create a chemical reaction that<br />
forms a solid cover material in just seconds.<br />
SUMMER 2008 <strong>Callaway</strong> <strong>Golf</strong> 25