Grand Canyon Sole (Grand Canyon)
Amateurs make two main types of mistakes: topping the ball and duffing it. The DJ-6 features the newly developed G Canyon sole, which is more resistant to duffing mistakes.
The combination of height differences between the bumper sole and the canyon vance was tested repeatedly to find the optimum design, and the two sole surfaces work in synergy to create a well-balanced effect.
The bumper sole allows the head to dig into the ground, while the canyon bounce firmly grips the ground, pushing the ball forward without letting it sink too deep. This gives you the ease of hitting with a fully automatic feel that is entirely up to the club.
Optimal weight distribution design The combination of the "W reverse taper blade" and "theater blade structure" optimizes the weight distribution of the head.
Weight is placed on the top toe side of the blade and at the rear of the sole to further increase stability at impact.
Theater Blade Structure By eliminating the step in the cavity and flowing the face thickness into a theater-like shape, the vibration transmitted to the hand and the center of gravity are controlled. This achieves both the "feel" and "ease of use" that golfers desire from soft iron forging.
Head material: This is a forged head that uses S20C (mild steel), which is the softest of all head materials.
It gives golfers a feeling of the ball sticking to the club at impact.
Precision Forging The back face is precisely forged, the base is neatly prepared, and then it is finished with fine shots to make it scratch-resistant and maintain its beauty.
New High Spin Mirror Forged Face The new high spin mirror forged face is a further evolution of the manufacturing method of the conventional high spin mirror forged face, which delivers stable spin performance even in the rough, and pursues a groove shape that is right at the edge of what is permitted by the rules.
It prevents the decline in spin performance even on rough surfaces or rainy days, providing stable spin performance.
| head | S20C mild steel forging (ultra-high precision, mirror forged score line face) |
| finishing | Nickel chrome plating, pearl satin finish |
| Loft angle (°) | 44 | 46 | 48 | 50 | 52 | 54 | 56 | 58 | 60 |
| Lie angle (°) | 63.0° | 63.0° | 63.0° | 63.5° | 63.5° | 64.0° | 64.0° | 64.0° | 64.0° |
| Feeling angle (°) | 13 | 13 | 13 | 17 | 17 | 18 | 18 | 18 | 18 |
| Length (inches) | 35.5 | 35.25 | 35.0 |
| grip | Genuine grip (black) |
*The perceived bounce angle is a reference value when the bounce effect of the G Canyon sole is converted to a standard sole shape.
In addition, the above specifications are design values.
Convert the energy of a small swing into maximum spin
Designed to reduce rigidity and allow control of spin amount and launch angle (same for short irons).
The base is made thicker to maximize the amount of energy converted into spin even with a small swing.
The deep layer of the shaft is made of highly elastic material. Focusing on the structure of spin balls, which are soft on the outside and hard on the inside,
Applied to the lamination of the shaft. While strong materials are used inside, low-elasticity pitch carbon is used on the outside to reduce the overall rigidity.
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| RAUNE WEDGE w85 | WEDGE | WEDGE+ |
| Weight (g) | 85 | 87 |
| Torque (deg) | 2.5 |
| Tip Shape | Tapered type Tip diameter 9.1mm/Taper length 35mm |
| Butt diameter (mm) | WEDGE15.40/WEDGE+15.50 |
| kick point | Medium tone |
| Shaft length (mm) | 900 |
| RAUNE WEDGE w100 | WEDGE | WEDGE+ |
| Weight (g) | 100 | 101 |
| Torque (deg) | 2.3 |
| Tip Shape | Tapered type Tip diameter 9.1mm/Taper length 35mm |
| Butt diameter (mm) | 15.50 |
| kick point | Medium tone |
| Shaft length (mm) | 900 |
| RAUNE WEDGE w115 | WEDGE | WEDGE+ |
| Weight (g) | 120 |
| Torque (deg) | 1.8 |
| Tip Shape | Tapered type Tip diameter 9.1mm/Taper length 35mm |
| Butt diameter (mm) | 15.50 |
| kick point | Medium tone |
| Shaft length (mm) | 900 |
*85/100...Flex WEDGE is equivalent to R, WEDGE+ is equivalent to S *115...Flex WEDGE is equivalent to S, WEDGE+ is equivalent to X
*What is low-elasticity pitch-based carbon? There are two types of carbon: PAN-based carbon, which is made by carbonizing fibers, and pitch-based carbon, which is made by bundling carbon made from petroleum and other materials into fibers.
Pitch-based carbon transmits vibrations more mildly than PAN-based carbon, making it ideal for creating the soft feel required for irons.
PAN-based materials are traditionally used in woods to improve flex and bounce.
