New For 2010: IMPROVED FEEL, MORE FORGIVENESS
Moving forward on the basis of the design and remarkable success of the original AP golf irons , Titleist has introduced the new improved performance AP1 irons for avid golfers . The Titleist AP1 are multi-material, dual cavity golf clubs that take the design mission of “Advanced Performance You Can Feel” to new heights .

The concept for the original Advanced Performance (AP) irons arose as a result of research that indicated serious golfers want performance with outstanding feel, not performance at the expense of feel. The Titleist Research & Development team’s advanced research group has been conducting extensive sound and vibration analysis aimed at reducing the harsh lower frequency vibration that causes poor feel in irons. This research came to combining several technologies in the rear cavity of the new AP irons, resulting in a new Tuned Feel System to produce the best in feel .

The new Tuned Feel System is a co-molded medallion of soft elastomer and an aluminum plate. This special has been specifically designed to improve the sound and feel of each new iron . For the thinner face, larger cavity AP1, a hotter more lively feel has been made even more pronounced .

Far reaching improvements to the new AP1 structure include reducing the face thickness to provide enhanced heel, toe, and deep weighting to the frame and moving the tungsten nickel material to the sole resulting in increased stability and forgiveness.

Design: High performance, multi-material, dual cavity irons

Construction: Cast 431 stainless steel body, tungsten nickel sole, co-molded elastomer/aluminum cavity plate

Grooves: Modified U (2010 USGA/R&A conforming)

Stock Grip: Titleist Tour Velvet rubber (round with logo underneath)

Stock Shafts: Nippon NS Pro 105T steel Aldila VS Proto-T 75 graphite

Available Irons: 3, 4 thru Pitching Wedge and Sand Wedge (Right Hand & Left Hand)

Custom Options:
Length (RH): +2″ to -1″
Length (LH): +1″ to -½”
Loft (RH & LH): ±2°
Lie Angle (RH): +4° to -2°
Lie Angle (LH): ±2°