posted Thu 19 Jul 2012 03:27 PM                 

The TaylorMade Tour Preferred MC Irons are forged from 1025 carbon steel and feature a compact, shallow cavity that provides incredible feel, feedback, and shot-shaping capability along with added stability on off-center hits. Precise swing-weights are achieved through a precision-weighting port which also ensure optimal Center of Gravity locations in each club, while its advanced groove design promotes improved spin and control from the rough.
The precisely finished clubhead of the steel Tour Preferred MC Irons and the advanced groove design let you have more spin and control out no matter what your lie. TaylorMade put a precision weighting port in the irons in the MC ironsset to guarantee precise swingweights. This weighting helps ensure that the MC irons have optimal center of gravity location in every clubhead in the MC irons set.
The TaylorMade Tour Preferred MB Irons are a muscleback blade expressly designed for the purist. With clear lines, a compact player's shape and minimal offset, the TPMBs deliver the pure feel, feedback and workability coveted by blade fans. The 6-step forging process employed produces a more precisely shaped and finished head that looks and performs like a work of art. TaylorMade has added precision weighting ports to each of their MB irons. This guarantees precise swing weights and also makes sure each MB Iron has the optimal center of gravity location.
According to the manufacturer, the Tour Preferred MB Irons have the highest moment of inertia (MOI) of any players' clubs it offers. This is significant because clubs with a higher MOI of the head about the vertical centre of gravity axis will lose less distance from off-centre hits because the head will twist less when the ball is not struck correctly. As such, the TaylorMade Tour Preferred MB are promoted as helping to ensure that shot distance is uniform. Other advantages of TaylorMade Tour Preferred CB Irons is the compromise between feel and forgiveness achieved through advanced construction methods which see the moulding of a forged face with a cast, undercut cavity.