Achieves further flight distance and higher trajectory
[Specially-made custom clubs]
Progress
BB6 Utility Mitsubishi Chemical
TENSEI Pro 1K Hybrid Tensei Pro 1K Hybrid Shaft
Item Number
bb6ut-tenswhhy
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Custom (estimated delivery time: about 1 week)
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loft angle
Expected shipping date
*Sales prices at physical stores may vary depending on fitting, etc.
*We do not accept discount negotiations at physical stores when comparing online prices.
BB6 Utility ENDLESS AMBITION
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BB6 Utility Flying Structure
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1. Achieves high trajectory and high initial velocity
The bellows crown structure used in the BB6 driver and FW is also used in the UT. This structure uses a dual bellows structure of the crown and sole to increase the repulsion of the crown, achieving a high trajectory and high initial velocity.
2. Center of gravity control design
Heavy-duty tungsten steel is placed in the center of the sole and in the toe and heel to provide a low, deep center of gravity that is optimal for UT.
3. Adjuster and twin weights for better hit rate
The loft and lie angle can be adjusted with the neck adjuster, and the toe and heel weights can be adjusted to improve hit rate and direction by adjusting the swing feel and trajectory.
Bellows structure achieves high initial velocity
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The bellows structure is placed in a bridge shape in the center of the crown, maximizing the deflection of the sole and crown at impact, allowing the entire body to store power and then release that power, increasing the initial velocity of the ball. Also, compared to the BB4 UT, the position of the sole bellows has been moved 5mm closer to the face, which transmits the power at impact directly to the bellows sole, increasing the amount of deflection of the sole and improving the initial velocity.
Improved repulsion and lower center of gravity
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The body is made of Ti6-4 titanium, which is light in density and high in strength, and is used in the BB6 FW. The crown part has a bellows structure on the bridge, and the dual bellows structure of the sole and crown increases the repulsion power. In addition, the power bridge structure is hidden by a lightweight, high-strength carbon crown, allowing you to concentrate on addressing the ball without compromising the appearance. The center of the sole has a high-density tungsten plate (85g) and weights placed on the toe (4g) and heel (6g) to successfully lower the center of gravity.
Just Meet Adjuster & Toe/Heel Weight
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The neck adjustment function allows you to change the specifications to suit your needs and the toe and heel weights, making it possible to adjust the swing feel and improve hit rate and direction.
The Just Meet Adjuster structure allows adjustment of the loft, lie angle, and face angle, allowing you to adjust the flight and direction to suit your swing and the golf course you are playing on.
In addition, by adjusting the center of gravity by changing the weights attached to the toe and heel, it is possible to adjust the swing feel, hit rate, and direction.
BB6 Utility Center of Gravity
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TENSEI Pro White 1K Hybrid
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TENSEI has dominated the domestic and international touring scene, including major overseas labels.
Following the Pro Orange 1K series and Pro White 1K series of wood models, a new shaft designed specifically for hybrids with a strong trajectory will be added to the lineup.
By using "1K cloth" which has a finer weave than general cloth, you can get a more flexible feeling in the butt part. Taking advantage of the characteristic that the weave of 1K cloth is less meandering, we have realized a carbon-rich design with a reduced amount of resin, which efficiently exerts the reinforcement effect.
By inheriting the concept of counterbalance, you can swing with all your might until the finish, which gives a swing feel that is lighter than the actual weight. With 11 SKUs available, it can accommodate a wide variety of wood specifications.
The bat section is made of 1K cloth, which has the fewest filaments per bundle of carbon fiber and a dense weave. It maintains high formability and its flexibility allows for high freedom when processing into molded products, enabling precise design. Compared to general cloth, the weave is finer, so there is less meandering and the amount of resin is reduced, allowing for more efficient reinforcement.