BALDO TT FAIRWAY WOOD OVERTAKE/The flight, the feel, the sound of the ball - everything is new. |
Motivated by the passion to surpass the previous model, the new BALDO TT FAIRWAY WOOD was born.
The first ever FW sleeve model from BALDO is now available. The multi-material construction of Booster Groove, stainless steel power plate, DAT55G cup face, and carbon crown creates a more maneuverable trajectory.
The flight, the feel, the sound of the ball on impact - everything about BALDO is new. Your overtaking begins now.
To further utilize the bending and rebound power of the DAT55G forged face, we added a booster groove to the body. This allows the club to generate ball speeds comparable to that of a driver, even though it is a fairway wood.
The stainless steel power plate creates a deep center of gravity, producing a high trajectory ball. It also generates the momentum that pushes the ball forward, producing a strong trajectory that can withstand the wind.
By placing a booster groove on the sole closer to the face, the force of flexing and then returning to its original shape at impact is utilized to generate strong rebound force from the face.
At impact, the clubface flexes from the periphery, increasing the initial velocity of the ball through the force of the flex and return. It also increases the forgiveness of mis-hits, reducing the amount of unnecessary spin on mis-hits below the center of gravity, preventing loss of distance.
BALDO TT FAIRWAY WOOD SPEC |
VENTUS TR (TOUR RATED) Ventus TR/Ventus TR
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Taking the stability that has earned the trust of top professionals around the world to the next level Velocore Technology, which provides excellent ball control performance, has evolved even further.
By using open fiber cloth material for the outermost layer, the rigidity of the middle part is increased, providing even greater stability.
The new VENTUS was born based on feedback from the tour.
VeloCore Technology Equipped with VeloCore Technology, just like the existing VENTUS BLUE. By laminating ultra-high elasticity 70t carbon and high elasticity carbon in the bias layer, it suppresses head twisting when off-center, achieving excellent ball control performance. In addition, the high bending rigidity of the shaft tip maximizes the initial velocity of the ball.
Biaxial Spread Tow material The outermost layer is made of a unique open fiber cloth material. By increasing the torsional and bending rigidity of the middle section, the ball dispersion, which is the greatest effect of VeloCore technology, is further improved.