The ARMRQ6 features a six-axis carbon fabric consisting of carbon fibers with combination angles approaching a circular shape to enable the shaft to handle forces from all directions and demonstrate an improved restoration power. An eight-axis carbon fabric builds on the circular theory applied to our six-axis carbon fabric and adds 45-degree fibers to augment the capacity of the fabric to resist stress in the direction of torsion. This yields improved torsion stiffness and improved directionality at the point of impact and has made it possible to develop shafts that resist wobbling.

Shafts are exclusively designed for the TW series through the incorporation of the needs of tour pros and top amateurs. Two basic types are modified in terms of weight and hardness to offer a variety of shafts that accommodate all golfers irrespective of their idiosyncrasies.

Feedback obtained from male, female, and senior professionals active in tournaments was consolidated. The process of trial production was carried out repeatedly at the Sakata Plant and related data were amassed. By combining these data with prototype impressions, shaft characteristics were subject to management by way of quantification, which made precise distribution according to stiffness possible.

By making the part of this shaft extending from the grip to the center highly rigid and the tip only moderately so, shaft movement on the downswing is kept in check to enable shots to be timed with ease and a powerful springy sensation to be generated.

By making the part of this shaft extending from the center to the tip more rigid than the grip, the stickiness of the grip gives rise to maneuverability while the firmness of the center and tip of this shaft helps prevent the face from closing excessively and shots from popping up.