Callaway Paradym Triple Diamond Tour+ Driver
The Callaway Paradym Triple Diamond Tour+ model features + loft heads designed to offer slightly higher lofts than their standard counterparts. For example, a 9.0+ head typically measures around 9.75 degrees, providing a subtle adjustment to suit specific player preferences.
The key distinction lies in the face angle, allowing players to achieve their ideal loft without altering the face position. This feature helps golfers fine-tune launch conditions and face alignment. For instance, a player like Xander Schauffele might prefer a 10.5-degree head adjusted to 9.5 degrees with an open face, while others may opt for a + loft version to maintain a square face at 9.5 degrees. This flexibility empowers golfers to customise their setup for optimal performance.
WHAT ARE TOUR MODEL HEADS?
The Paradym Tour heads are engineered specifically for Callaway's professional golfers and were previously only available through the brand's Tour Truck. Unlike standard models that focus on forgiveness and speed for a broad range of players, Tour heads are designed for durability, precision, and the ability to fine-tune specific shot characteristics.
These Paradym Tour models feature thicker, heavier faces, built to withstand the repeated use and impact of professional golfers who consistently hit the same spot on the face during training and competition. The added durability ensures that Tour Drivers can handle high-impact sessions without compromising performance.
Tour models provide the flexibility needed for precision shot shaping, unlike standard models which prioritize overall forgiveness and stability. The ability to make nuanced adjustments allows professionals to optimise their spin and trajectory to fit their unique playing styles and preferences, ensuring consistency and control over long periods of use.
This means that players on the Tour have access to equipment tailored to their specific needs, offering performance and reliability throughout the competitive season.
Paradym Triple Diamond Tour+ Driver Specifications
| Attribute | Details |
|---|
| Model |
Paradym Triple Diamond Tour+ Driver |
| Dexterity |
Right Hand |
| Loft |
9.0°, 10.5°+ (Adjustable) |
| Shaft |
Callaway RCH 65, Project X HZRDUS Silver 50 |
| Shaft Flex |
Regular, Stiff |
| Length |
45.75" |
| Lie Angle |
57.0° (Adjustable) |
| Head Volume |
450cc |
| Grip |
Golf Pride Z-Grip 50g Black |
| Grip Size |
Standard |
| Headcover Included |
Yes (Mavrik Model) |
| Adjustment Tool Included |
No |
| Condition |
Brand New |
| Warranty |
1-Year |
INDUSTRY-FIRST 360° CARBON CHASSIS
360° Carbon Chassis promotes unprecedented weight redistribution for maximized distance. The Triaxial Carbon crown and Forged Carbon sole is 45% lighter than a titanium chassis. This massive weight savings is repositioned for higher MOI and increased forgiveness.
NEW JAILBREAK A.I.
Our new A.I. designed Jailbreak system provides stability in both the horizontal and torsional direction. Now with a 33% lighter weight design, we’ve enhanced stability for fast ball speeds.
NEW A.I. DESIGNED FACE
An all-new A.I. face optimization enhances speed, launch and spin, and now downrange dispersion. This is the world’s most advanced driver face designed by artificial intelligence.
INDUSTRY-LEADING FACE CUP AND FORGED TITANIUM FACE
Paradym is the first driver to utilize Callaway’s industry-leading face cup technology. We’ve paired the face cup with a powerful, forged titanium face, a combination that provides higher energy transfer to the ball than a standard driver face insert.
COMPACT SHAPING
The Paradym Triple Diamond driver is compact, 450cc shape designed for better players. A 14g back weight can be positioned in the front for lower spin and maximum workability.
PLEASE NOTE:
- All Paradym Tour Golf Clubs come with Callaway Mavrik Headcovers as shown in images.
- These Tour Exclusive models were created specifically for professional use and were not made available to the general public. As such, no official stock images were produced, and minor design variations may exist compared to any available representations.
