Buddha Bellies Forum
The new AP2 irons deliver an industry leading
Posted: 31 May 2012 03:21
The new AP2 irons deliver an industry leading combination of performance, looks and feel.
Taylormade Rocketballz RBZ Driver
They feature our most advanced multi-material designs which deliver superior distance control through increased moment-of-inertia (MOI) which also provides outstanding solid feel. In addition we have made appearance improvements to both sets. Product Description: The Titleist AP2 712 Irons , which are designed for low handicappers,Titleist has significantly increased the club's moment of inertia (MOI) by re-positioning tungsten weight within the heads. The dual cavity design pushes weight to the perimeter for forgiveness. A central cross member featuring a soft elastomer cushion provides structural rigidity behind the impact area while also dampening face vibration for better overall feel.
TaylorMade R11 Driver
The lower cavity is enclosed by a tungsten nickel box. This high-density material of the Titleist AP2 710 Irons locates the weight low and deep while providing structural rigidity and low frequency vibration dampening for outstanding solid feel.
They are advanced performance, multi-material, dual cavity forged irons that provide improved feel, classic blade looks, and playability with shot control for the serious and skilled golfer. The integrated aluminum and soft elastomer Tuned Feel System in the back cavity improves sound and feel at impact. The soft forged carbon steel body and high-density tungsten nickel sole box reduces low frequency vibration, for soft, solid feel.
>Callaway X-24 Hot Fers
Titleist AP2 irons are advanced performance, multi-material irons that offer playability, the traditional solid feel of a forged iron and contemporary yet classic looks for the skilled to highly skilled golfer. AP2 irons are technically advanced blades that provide increased forgiveness without sacrificing shot workability while combining traditional blade length and sole width with a more efficient multi-material weight distribution.
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