Geotech Japan Golf Components | HSW-V α-SPEC Fairway Wood Driver

HSW-V α-SPEC Fairway Wood Driver

Golf is about always learning, improving and always having fun. At the same time golfers want to get a good score. The HSW-V Fairway Driver is the perfect club for achieving all these points. A cross between a driver and a fairway wood, with a smaller head size (compared to drivers) of 260cc, the HSW-V FD utilizes a non conforming HI-COR face that could not be made in a smaller head until now. Balancing ease of use and maximum flight distance increases golf's strategic advantages and opens the game for more fun and better scores!

ULTRA EXTREME REPULSION FACE
(Non-Conforming)

By utilizing a GF180 material, which is harder and stronger than standard face materials like stainless steel, the HSW-V is able to create a face 35% thinner. Matched with a compact looking 260cc head, it is able to create overwhelming initial ball speeds thanks to its Hi-COR, above the rules Ultra Extreme face.

THE GAME CHANGING CLUB

Its not common to see a club that fits in as a cross between a driver and a fairway wood, and that’s exactly what the HSW-V FD is. With 14 degrees of loft, off the tee it is long AND accurate and then it can be used for the second shot to attack the green. The game changing club that allows to improve your game and have fun doing it!

VARIABLE THICKNESS CROWN DESIGN

By incorporating a variable thickness crown design, the HSW-V FD is able move excess weight towards the sole. This allows the center of gravity to shift deeper and further back. This is HSW or Heavy Sole Weight design which the club is named after. Creating the ideal center of gravity for optimal launch and maximum distance.

VERSATILE STEP SOLE DESIGN

The step sole design of the HSW-V reduces friction and resistance when the club comes in contact with the ground. This allows players to achieve maximum swing speed through the impact zone and creates more stable performance in various lies. The slit behind the sole improves body rigidity and increases energy transfer for maximum power.