Yamaha RMX VD/X iron set of 5 2024 with TENSEI TR i carbon shaft (6,7,8,9,PW)

The set includes the following golf clubs:

• 6 iron
• 7 iron
• 8 iron
• 9 iron
• PW (Pitching Wedge)

product features

Large moment of inertia

• The large moment of inertia provides amazing distance. The unique center of gravity rib structure improves rebound performance while the large tungsten weight lowers the center of gravity, resulting in high initial speed. The 4000 g/cm² moment of inertia and uneven face structure ensure a stable trajectory even on mishits. These features help players improve their scores.

High-density, large tungsten weights

• High density, large tungsten weights are placed on the toe side. The lower center of gravity increases the initial speed of the ball and achieves a large moment of inertia of 4000 g/cm2 for irons #7 through PW. These distance irons offer overwhelming stability and help players improve their scores.

center of gravity rib structure

• The unique center of gravity rib structure allows for a thinner face. This structure improves rebound performance and produces overwhelming distance. The uneven thickness design expands the impact area and provides excellent mis-hit forgiveness.

Thinnest face thickness ever

• The face is the thinnest ever at just 1.5 mm thick, developed by Yamaha using the center of gravity rib.

refined form

• Despite the large moment of inertia, the shape has been refined to a standardized form. The sole and back are concealed when addressing, which facilitates a confident approach. In addition, the sole area on the toe side has been shortened to improve stability.

Improved feel and sound

• A thick resin emblem is attached to the back of the face, filling the entire cavity, allowing for a comfortable feel during rebound, not only on center hits, but also on misses.

Mitsubishi Chemical TENSEI TR i Shaft

• Model : Original TENSEI, jointly developed by Mitsubishi Chemical and Yamaha exclusively for the RMX VD series
• Features : A distance-oriented shaft with a feeling of speed at the tip that achieves a high trajectory

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