Golf Depot

Introducing Yamaha Inpres DriveStar Ladies Fairway Wood, The newest Japan Only Inpres series.

TECHNOLOGY

Low center of gravity design

Repulsion enhancement at the bottom of the face.

A low center of gravity design that is essential for clubs that hit from the ground. Strengthen the repulsion of the hit point for an amazing flight distance.

Shape Evolution

A new shape that is strong against tops and duffling.

To prevent the top, the leading edge is lowered so that the face can easily touch the bottom half of the ball, and the back side of the sole is released to prevent duffling.

Introducing Yamaha Inpres DriveStar Fairway Wood, The newest Japan Only Inpres series.

TECHNOLOGY

Uses New Material "X37"

High repulsion performance and tolerance.

Adopts a new material ”X37″ that has high strength and tenacity and allows for more precise design. High repulsion performance produces surprising flight distance.

High trajectory and stability enabled by "X37" x Carbon Crown

It flies straight with a high trajectory.

The combination of “X37″ monolithic casting and carbon crown achieves a center of gravity height of only 19mm, which is the most important for a club that hits from the ground. An FW with a high trajectory due to the low center of gravity and excellent tolerance due to the high moment of inertia was born.

Good Face

Clubs with a large moment of inertia generally tend to have a large projected area, but inpres DRIVESTAR has an orthodox shape that golfers can easily hold.

Introducing Yamaha RMX VD Fairway Wood. Pursuing flight distance performance, combining four high-performance materials, achieving high initial velocity with high resilience performance and ultra-low center of gravity create a surprising flight distance. The new frontier of an offensive fairway wood.

Β-titanium (ZAT158 titanium uneven thickness face) with high resilience performance is used for the face, and the initial speed is greatly increased. In addition, lightweight carbon is used for the crown, 6-4 titanium precision casting with a low specific density is used for the body, and a high specific alloy is placed on the sole to achieve an ultra-low center of gravity, achieving high launch, high initial velocity, and low spin.