Ladies Tour Model T7 460XL Dawn (Taylor R7 Draw clone) Drivers

Product Description

Ladies
Tour Model T7 460XL Dawn
(Taylor R7
Draw clone) Drivers
The new Tour
Model T7 460XL Dawn driver utilizes Draw-Weighted Technology concentrating
weight in the back heel area, encouraging faster clubface rotation through
impact to promote a draw. The advanced 460cc titanium driver head design
provides super-high MOI for a powerful penetrating shot down the fairway.
This new Taylor clone driver is built with your choice of shaft to a ladies standard
length of 44" and your choice of grip.
Shaft Recommendations:
- Beginners and ladies with a smooth
controlled swing:
We would recommend the Apollo Standard Steel, Apollo Shadow Steel or True
Temper Dynalite Steel shaft, APOLLO Shadow Ultra Lite Graphite, HARRISON Pro
5.5 FL Lite Graphite or the UST Pro Force V2 55 Graphite shaft
- Mid to high handicap ladies:
We would recommend the Apollo Spectre Steel shaft, ACCUFLEX Pink EP Graphite,
APOLLO Balistik Graphite, NANO GRAPHTEK Lite Graphite, RAPPORT Oracle +
Graphite or the UST ProForce 65 Lady Graphite shaft
- Experienced ladies with a strong
swing:
We would recommend the Apollo Balistik Steel shaft, Integra I-Drive Graphite,
HARRISON Star Plus Graphite, HARRISON Pro 4.5 FL Lite Graphite or the ALDILA
One 65-(L) Ladies High Launch Graphite shaft
|
SPECIFICATIONS
| HEAD |
#1 |
#1 |
| LOFT |
9.5° |
10.5° |
| LIE |
59° |
59° |
| WEIGHT |
200g |
200g |
| FACE ANGLE |
1°cl. |
1°cl. |
| VOLUME |
460cc |
460cc |
| OPTIONS |
RH |
RH |
MATERIAL-15-3-3-3
Beta-Titanium
FINISH-----------Black
HOSEL I. D.------0.335" |
- Eliminate that dreaded slice and the fear of pushing to
the right side of the golf course
- Draw-Weighted Technology concentrates weight in the back
heel area, promoting faster clubface squaring through impact to promote a
draw.
|
Component
Tour Model T7 460XL Dawn
(Taylor R7 Draw clone)
Driver Heads to build your own club |
If you choose to have your club spine aligned
the screen printing on the shaft will not necessarily be in its normal
orientation.