The Movable Weight Technology on TaylorMade R9 Driver
The R9 clubhead is constructed with the aid of TaylorMade’s Ultra-Thin Wall (UTW) technology, which allows the clubhead walls measuring as thin as 0.6 millimeters, with the saved weight redistributed to make the MWT and CG low as possible. The Movable Weight Technology on the R9 features three weight ports (Center, Heel, and Toe) and cartridges. One 16-gram weight and two 1-gram weights that can be adjusted using included torque wrench. The R9 is equipped with a brand new shaft by Fujikura Golf-the 65-gram Fujikura Motore graphite shaft that is 45.25″ Long. The Fujikura Motore graphite shaft with High Intertia Tip (HIT) technology is engineered with a new advanced tip construction that promotes faster ball speed. Cheap golf club sets added kick through the impact zone to promote increased ball speed and distance According to TaylorMade testing, the R9 driver can promote up to 75 yards of side-to-side trajectory change, depending upon how the clubhead has been adjusted. The only downside of so many options is that it took a lot of experimentation to find the right combination that worked best for my swing (neutral upright).The Inverted Cone Technology which has been used in other TaylorMade drivers, expands the area of the clubface that delivers high ball speed. The cone is actually milled directly onto the inner side of the clubface, which gives the R9 forgiveness on mis-hits, high MOI, and low CG. TaylorMade R9 Driver Main Features: >TaylorMade r9 driver contributes to a higher MOI for greater stability on off-center hits >It allows for a deep back, far-from-the-face CG location that makes it easier to launch the ball >It works more efficiently with MWT, allowing it to use only three ports and cartridges to "more effectively influence trajectory than the r7 SuperQuad could with four >It allows for an exceptionally low CG location that's lower than that of the r7 Limited and the r7 SuperQuad http://www.golfcheapsets.co.uk/Cheap-243-TaylorMade-R9-D ... Disclaimer: Article submitters are solely responsible for the content of their articles. ArtiLib can't be held liable for the contents of the articles. Report Abuse | Browse By Category |
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