The exotics exd irons feature the deepest undercut cavity ever in exotics irons.
Tour edge exotics exd irons review.
For equipment reviews course descriptions news and more visit the today s golfer website.
Cast from 431 stainless steel these irons feature the largest unsupported face tour.
Http www todaysgolfer co uk subscribe to our channel.
To home back to equipment reviews back to golf clubs back to irons back to tour edge back to exotics back to tour edge exotics exd tour edge exotics exd review.
While tour edge is calling the pro the most technologically advanced set of exotics irons ever what s of particular interest to me is that the pro is such a radical departure from previous iterations of tour edge s pro irons.
Here plenty of tech has been crammed into a conventional looking.
The forged cup face is extremely light and thin resulting in unparalleled ball speed.
Technology points don t simply end in the design of the head.
Clubtest features golf iron reviews for the 30 best irons around.
Larger sweet spots and progressive center of gravity locations maximize the performance of each club through the whole set.
Stock shafts offered in both graphite and steel.
Tg rating 4 out of 5.
Tour edge clubs are known for their value but the company s technological prowess is overshadowed as a result.
The unsupported face is extremely hot and able to flex more at impact for profound distance.
The last time we took a hard look at tour edge pro iron it was a blade and a pretty damn good one at that.
Learn about the new tour edge exotics exd irons from our tour edge exotics exd review.
Tour edge has designed the new exotics exd irons for golfers who are looking for more distance and forgiveness.
The exs irons are no exception as tour edge r d placed a 19 gram toe weight to further address forgiveness and playability.
The cavity maximizes forgiveness and delivers huge distance with a free standing clubface that flexes more to increase yardage.
The exs irons have a forged cup face with spiderweb variable face thickness technology that significantly expands the sweet spot in every direction.
Higher m o i equals more resistance to twisting and elongates the sweet spot.