Features & Benefits
Ai 10x FACE increases the number of points that correct the trajectory by 10 times.
The biggest evolution point of the new “ELYTE” driver is the face. The Ai smart face in the previous PARADYM Ai SMOKE series had limitations in scanning the AI-designed face design in detail due to the software’s capabilities, making it difficult to reflect 100% in the product. The software has been significantly updated in “ELYTE”. Since it is now possible to reproduce the face design down to the finest details, the control points (places on the face that correct for the optimal trajectory) have increased to 25,000 points, 10 times more than the PARADYM Ai SMOKE MAX FAST driver. In addition, the real swing data input into the AI has been greatly increased, improving the correction accuracy at each point. This face was named “Ai 10x FACE” because the control points have been increased by 10 times. This evolved “Ai 10x FACE” delivers incredible performance, increasing distance by up to 8 yards and narrowing the impact range by up to 19% (according to Callaway) compared to the previous model.
Approximately 75 prototypes produced a shape with less air resistance and a sense of security.
With new investment, ELYTE introduced a 3D printer capable of handling titanium. By being able to produce prototypes in 1/90 of the lead time that was previously used, it became possible to prototype and test approximately 75 head shapes. The shape that was finally adopted is shallower and has a larger projected area than the previous model, giving a sense of security, while also greatly reducing air resistance. This has greatly contributed to improving head speed.
Thermoforged carbon, which also contributed to the good sound of the ball,
is the new carbon material used for the crown of the head, which is also used in the aerospace industry. In addition to being light and strong, it is easier to mold than conventional triaxial carbon and can be manufactured with greater precision to the design. The use of this new material has optimized the weight distribution, making the spin rate and launch angle more ideal, and also resulting in a pleasant sound when the ball is hit.
The Ai 10x FACE of the MAX FAST driver is designed almost entirely based on the tendencies of Japanese golfers.
The ELYTE MAX FAST driver is the lightest model in the series, but before talking about its lightness, we must also touch on the design process of the Ai 10 x FACE. Only Asian swing data, mainly Japanese (previously only some Asian data), is input into the AI, and it can be said that the face design has a control point that corrects the trajectory to better match the swing tendencies and impact point position of Japanese golfers. At the rear end of the head, two new style weight ports are installed on the heel side and in the center. They are in the draw and neutral positions, respectively, and the degree of ball grip can be adjusted by changing the location of the approximately 13g weight.
The MAX FAST model also allows for trajectory adjustment with the hosel.
The head of the “ELYTE MAX FAST driver” has a volume of 460 cm3 and is slightly longer from front to back than the ELYTE driver, giving it a shape that makes it easier to feel the ball rising. The sole is mostly made of titanium, but some carbon is used on the toe side to reduce the weight of the head. Three lofts are available: 9.5, 10.5, and 12 degrees, and for the first time in a driver named MAX FAST, it also features an adjustable hosel. The target golfer is a player who wants to increase head speed and ball speed with a lightweight club, and the characteristics are that it easily achieves greater flight and stable direction than the previous model.
Ai 10x FACE
AI design capabilities have been significantly updated.
Ai 10x FACE has 10 times more control points (places on the face that are corrected for optimal trajectory). Compared to the previous model, the average flight distance has increased by up to 8 yards and the landing range has been narrowed by 19%, demonstrating amazing performance. It is easier to mold and can be manufactured with higher precision. Not only does it produce a pleasant hitting sound, but it also optimizes the amount of spin and launch angle.

Head shape that minimizes air resistance
Thanks to new capital investment, a prototype was produced in 1/90 of the usual lead time.
After approximately 75 prototypes, a shape with less air resistance and a sense of security was achieved. Despite the shallow shape and large projected area, head speed was also improved.

Thermoforged Carbon
The head behavior before impact of over 250,000 real golfers has been digitized.
This makes it easier to mold and allows for higher precision manufacturing.
Not only does it produce a pleasant impact sound, it also optimizes the amount of spin and launch angle.

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