Smart MOI delivers consistently long
drives that split the middle of the fairway.
Straight distance. That’s what you want from
your driver. No need to think. Just pick a
target and swing away. Say hello to the FT-
iQ
Driver, the longest, straightest driver we’ve
ever created. Using the coolest, latest
technology found in Stealth Bombers and Formula
1 race cars, the brightest minds at Callaway
Golf have created a driver with one result in
mind: long bombs down the middle. The refined
head shape has a sleek look and raises the
moment of inertia (MOI) for unprecedented
accuracy off the tee. Turbo-charge your tee
shots with Hyperbolic Face Technology, which
raises ball speeds across the entire face for
more distance. The FT-
iQ Tour Driver
produces a more penetrating ball flight and
features a slightly open face angle for a look
preferred by accomplished players. The exclusive
Fubuki shaft from Mitsubishi Rayon adds to the
incredible feel and performance. So pick a
target and fire a smart bomb.
Hyperbolic
Face Technology
Hyperbolic shaping is the cutting edge of driver
face design. Mathematics and engineering combine
to create Callaway’s highest ever ball speeds
across the entire face.
Fusion
Technology
Proprietary technology creates maximum perimeter
weighting and more discretionary weight by
combining a carbon composite body with the
titanium face cup. This allows for precise
positioning of the CG to increase stability on
off-center hits and generate the straightest
drives possible.
Improved Complete Inertial Design
The
refined head shape allows the MOI, center of
gravity, face height and face thickness all to
perform at their peak levels, providing premium
distance, unprecedented forgiveness and
straighter ball flight off the tee.
Visible
External Weighting
Strategically placed weighting in the rear
corners allow standard lofts to have Draw
weighting to help golfers minimize fades and
slices. Tour lofts will have Neutral weighting
for golfers that already have a straight ball
flight and want a lower, more penetrating
trajectory
