The higher the inertia the more forgiving the driver. Introducing the Qi10 Max driver, experience TaylorMade speed with the forgiveness of 10K inertia.
EXPERIENCE YOUR DRIVES IN 10K
The higher the inertia the more forgiving the driver. Introducing the Qi10 Max driver, experience TaylorMade speed with the forgiveness of 10K inertia.
COMPARE→ |
Qi10 LS Driver
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Qi10 Driver
|
Qi10 Max Driver
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Qi10 Max HL Driver
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FORGIVENESS | High | Higher | Highest | Higher |
SPIN | Ultra-Low | Mid-Low | Mid | Mid |
LAUNCH | Low | Mid | Mid-High | High |
HANDICAP | +5-10 | 0-20 | 0-30+ | 15+ |
HEAD SHAPING | Traditional | Traditional+ | Max | Max |
HEAD SIZE | 460cc | 460cc | 460cc | 460cc |
HAND AND LOFT | RH: 8, RH/LH: 9, 10.5 | RH/LH: 9, 10.5, 12 | RH/LH: 9, 10.5, 12 | RH: 9, 10.5, 12 |
SPECS
LOFT | HAND | LIE | VOLUME | LENGTH M/W |
SWING WEIGHT M/W |
9° | RH/LH | 58° - 62° | 460CC | 45.5"/NA | D5.5/NA |
10.5° | RH/LH | 58° - 62° | 460CC | 45.5"/NA | D5.5/D0 |
12.0° | RH/LH | 58° - 62° | 460CC | 45.5"/NA | D5.5/D0 |
SHAFT
FUJIKURA SPEEDER NX TCS 50
Flex | Weight | Torque | Tip Size |
Launch | Spin |
A | 52g | 3.6 | .335 | High | Mid |
R | 53g | 3.6 | .335 | High | Mid |
S | 55g | 3.6 | .335 | High | Mid |
MITSUBISHI DIAMANA T+
Flex | Weight | Torque | Tip Size |
Launch | Spin |
R | 64g | 4.7 | .335 | Mid | Mid-Low |
S | 68g | 4.6 | .335 | Mid | Mid-Low |
X | 70g | 4.5 | .335 | Mid | Mid-Low |
FUJIKURA SPEEDER NX TCS 40
Flex | Weight | Torque | Tip Size |
Launch | Spin |
L | 49g | 3.2 | .370 | High | Mid |
GRIP
GOLF PRIDE Z-GRIP
Size | Weight | Round/Reminder | Butt Size |
Standard | 52g | Round | .600 |
LAMKIN ST SOFT WOMEN'S
Size | Weight | Round/Reminder | Butt Size |
Standard | 40g | Round | .600 |
Due to a slight variance in how we measure club length compared to the USGA, custom drivers ordered at 45.75 inches may exceed the 46 limit as defined by the USGA. If you’ve ordered a driver at that length, please measure from the end of the grip to assure conformity prior to competing in a sanctioned golf tournament. Variables that can contribute to deviations in length measurements include grip size and/or the presence of a grip cap, such as a tracking tool.