The Wilson Staff C200 irons are said to offer upgraded distance and forgiveness in new Crossover category provided by ground breaking Power hole technology
The new Wilson Staff C200 irons claim to have created an iron that will dramatically improve distance and accuracy for the mid-to-high handicap player.
The clubs have been developed within a Feel, Crossover and Distance (F-C-D) system to meet the scoring needs of every type of golfer.
The new C200 irons have been engineered for the Crossover player, identified as a mid-to-high handicapper seeking greater distance and accuracy with a midsize head.
At the core of the C200 innovation is the FLX Face Technology, which minimises the contact points between the inner clubhead and its thin face.
To maximise face flex upon impact, Wilson Staff say more than two-thirds (76%) of the thin face is free from the body of the iron. To fill this gap, Power Holes have been created that go completely through the clubhead and provide space for the face to flex. The space is then filled with Urethane to provide the feel and extra distance required for the committed game improvement player.
“We set out to create a distinctly new club for the significant group of golfers in the Crossover category– one with easy-to-understand technology that‘s clearly visible and a primary aim to deliver greater distance,” said Michael Vrska, Global Director of Innovation at Wilson Golf.
“The result is an iron that looks and plays like no other club. Its proven capacity for enhancing distance, forgiveness and feel has exceeded our expectations, while feedback from tests - conducted by amateur players as well as our Wilson Advisory Staff professionals - has confirmed its exceptional performance.”
The C200 irons will be available from January 2016 in high-end KBS Tour 90 steel and Aldila Rogue Pro graphite shaft options, with Lamkin Crossline black grips in sets from 4-PW, plus a sand wedge. They will have a RRP of £499 for steel shafts (available in left hand versions) and £599 for a set with graphite shafts.
