PROJECT X HZRDUS Smoke iM10 60
The iM10 features Hexcel’s incredibly unique iM10 carbon fiber, a very high modulus (stiff) and very high strength carbon fiber allowing for new possibilities in golf shaft design. The iM10 shafts offers unmatched stability in a playable mid-launch & mid-spin design.
| Model | Description | Flex | Shaft Weight | Kick Point | Launch | Spin | Torque | Tip Diameter |
|---|
| PROJECT X HZRDUS Smoke iM10 60 | 6.0 | Stiff | 66g | Mid | Mid | Mid | 3.7 | 0.335 |
| PROJECT X HZRDUS Smoke iM10 60 | 5.5 | Regular | 65g | Mid | Mid | Mid | 4.8 | 0.335 |
UST Helium Nanocore
The Helium wood shafts are a light weight design using materials in innovative ways for the best in feel and stability never seen before in light weight structures. This is for the golfer seeking to maximize distance with longer builds and incredible control.
| Model | Description | Flex | Shaft Weight | Kick Point | Launch | Spin | Torque | Tip Diameter |
|---|
| UST Helium Nanocore | 5F2 | Lite (Senior) | 52g | Low | High | High | 6.3 | 0.335 |
Lamkin Crossline (58R) - Black (48.5g)
Looks And Performance
That Just Hit Different
Three Ways To Improve Your Game
Spin:
Low
Launch:
Low
Forgiveness:
Medium
Spin:
Low
Launch:
Medium
Forgiveness:
High
Spin:
Low-Mid
Launch:
High
Forgiveness:
Extreme
Find Your Perfect Trajectory
LTDX LSLTDXLTDX MAXA12g in heel delivers a neutral to soft fade ball flight
B12g in the toe delivers up to 4 yards of additional fade bias
PWR-COR Technology positions a substantial amount of weight low and forward for faster ball speed with reduced spin.
A new H.O.T Face design is precisely tuned for speed using machine learning. Using data from thousands of impact simulations, we've created multiple zones with perfected thicknesses to increase ball speed across a larger area of the face.
A lighter carbon crown allows more weight to be repositioned low and forward in the PWR-COR to maximize speed and stability.
Each model and loft is available in select premium aftermarket shafts. Choose between a variety of structures and weight profiles to find your ideal performance.
