MAXIMUS = This is our newest (48”) long-drive shaft. This shaft was developed for us by JOHN OLDENBURG formerly with ALDILA for many years. John is one of the most renowned shaft designers in the world, having designed the shafts that have won more than twenty major golf titles. This shaft features an extremely strong mid-section along with full use of the “HD” design technology. . All four of the top long-drive competitors who used it at the 2019 World championships made it into the Top 16. Recently, in 2020 Justin James one of the first pro tour events, while Scottie Pearman won the 2020 ALD long-Drive championship with these shafts.
Flex Weight CPMs Torque Bend Swing-speed range
X 69 255 2.5 High 100-to-115/mph
XX 72 265 2.5 High 115-to-130/mph
XXX 73 275 2.5 High 130-to-140/mph
XXXX 77 285 2.5 High 140+/mph
ELECTRONIC MACHINE ROLLING = Most golfers assume that all golf shafts are manufactured using sophisticated machines, which can not only implement sophisticated new engineering design technology, but which also can be subjected to minute calibrations and changes, as needed during the shaft manufacturing process. Unfortunately, this is not the case as the giant FORTUNE 500 companies (you know who they are) minimize their costs by using unskilled workers to “hand-roll” their shafts. Many companies have not only utilized this process, they have moved out of China to countries like Vietnam and Bangladesh to produce their shafts because of lower labor costs. This move to decrease overall costs at the expense of using less qualified and less experienced workers. LAGS produces only electronically machine-rolled shafts for HOF with that machine being operated by a skilled technician who averages more than ten years work experience.
HD = In our opinion “HD” design is one of the most advanced and it is likely one of the most useful technologies for golf shaft manufacturing. This process was patented by MATRIX and is the sole property of LA GOLF SHAFTS. Previously, golf shafts were made with a round interior. This round structure is subject to “ovalling” or the flattening of the shaft at its weakest point when put under extreme stress during the swing. This flattening deforms the shaft’s structural integrity at that point on the shaft and it radically hinders the performance of the shaft. “HD” is a patented “16-sided” interior design, which was originally patented by MATRIX Engineers. It is incorporated into many of the high-end LAGS and HOF shafts. You can see this HD design if you look down the inside of the butt-end of the shaft toward a light, which shows the 16-sided interior. These ridges provide a corrugated stronger structure than a typical round interior design, and this design radically allows LAGS to significantly lower weight at any point in the shaft to strengthen and balance the shaft. Many other companies have utilized other designs, but none of them work like this design, which neither MATRIX nor LAGS has released to other shaft companies.
DE Curve Analysis = LAGS patented Deformation of Energy analysis provides for the ability to test the shaft along a DE curve in order to identify any week or uncoordinated spot on the shaft. Using this technology insures not only the strength of the shafts, but also the uniform performance of various shafts within in a full production run of shafts.
TTR = Through their patented “TTR” tip-torsion-resistance resistance technology LAGS can dramatically strengthen an entire shaft tip-section without cranking the tip torque down so low that the shaft feels boardy. Utilizing this technology, LAGS can achieve the maximum of strength and resistance to twisting (torsion) in the tip section, while still offering a shaft that has excellent tip feel and control.