
Mitsubishi Diamana Thump Fairway Wood Shaft
- Performance fairway wood shaft
- Launch trajectory: Mid-Low
- Spin range: Mid-Low
- Speed recommendation: 80-106 mph
 
SPECIFICATIONS
Shaft Name |
Flex |
Length (in) |
Weight (g) |
Tip O.D. (in) |
Tip Length (in) |
Butt O.D. (in) |
Torque (degrees) |
Kick Pt. |
---|---|---|---|---|---|---|---|---|
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f55 |
R |
43.0 |
57 |
0.335 |
3.5 |
0.602 |
4.1 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f55 |
S |
43.0 |
58 |
0.335 |
3.5 |
0.604 |
4.1 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f65 |
R |
43.0 |
65 |
0.335 |
3.5 |
0.602 |
3.6 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f65 |
S |
43.0 |
67 |
0.335 |
3.5 |
0.606 |
3.6 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f65 |
X |
43.0 |
70 |
0.335 |
3.5 |
0.610 |
3.5 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f75 |
S |
43.0 |
77 |
0.335 |
3.5 |
0.606 |
3.1 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f75 |
X |
43.0 |
79 |
0.335 |
3.5 |
0.610 |
3.0 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f85 |
S |
43.0 |
86 |
0.335 |
3.5 |
0.606 |
2.9 |
MID/HIGH |
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f85 |
X |
43.0 |
89 |
0.335 |
3.5 |
0.610 |
2.9 |
MID/HIGH |
FITTING
Shaft Name |
80/210 |
81-90/210-239 |
91-105/240-259 |
106/260 |
---|---|---|---|---|
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f55 |
R |
S |
||
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f65 |
R |
S |
X |
|
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f75 |
S |
X |
||
Diamana‚Ñ¢ Thump‚Ñ¢ Fairway f85 |
S |
X |
 
TIP TRIMMMING
3 Wood |
5 Wood |
7 Wood |
9 Wood |
---|---|---|---|
0" |
0.5" |
0.75" |
1.0" |
 
 
FULL DESCRIPTION
The new Diamana™ Thump™ Fairway Wood shaft has been designed to complement the next generation Diamana™ Series. It is specifically designed with the stronger golfer in mind, and delivers ultimate control and feel. Diamana™ Thump™ Fairway Wood has low torque coupled with mid-high kick point that produces a flatter trajectory that is preferred by better players. It is designed in Japan with our finest materials and incorporates our Multi-Dimensional Interlay (M.D.I.) Technology – a special layering of carbon fiber/prepreg sheets that promotes more efficient energy transfer and resistance against unwanted shaft deformation.