Epoch Dragonfly Purpose Pro S32 IQ9 Women's Lacrosse Shaft
The Dragonfly Purpose Pro is designed and engineered for the elite women’s player. From in-tight finishes, on the run shooting, and step-down shots from the 8-meter, this Dragonfly is unmatched in performance. Made in the USA, this Dragonfly is packed full of Epoch Proprietary Technology. Dragonfly Purpose Pro will be available in the Epoch’s C and S geometry and engineered with Epochs A.C.L Pro. Featuring Epoch’s Micro-Bead texture. This texture improves the overall grip and feel of the shaft, giving you the best connection. Additionally, it will feature S.V.T, HD Resin, Reload Technology and available in Flex iQ9.
The Flex you get:
Flex iQ9 – Designed to give players the perfect amount of flex when finishing inside, shooting on the run or standing and shooting on the 8-meter.
FLEX iQ TECH
We achieve flex by manipulating the orientation of the carbon fiber. Our shaft’s bend when you need it to, but retains its firmness for maximum control. Conventional shafts that tout flex often use fiberglass, a cheaper, less durable material, to increase the bendability. Don’t sacrifice your game, choose Epoch.HD RESIN
HD Resin optimizes the mechanical strength properties especially in impact resistance. HD Resin improves the overall shaft but also adds direct benefits to each of Epoch’s Technologies, giving you, the player, a better shaft and increased performance for your game.
SURFACE VEIL TECH
Our Advanced Carbon Layering (A.C.L.) is engineered for the best of the best. A.C.L. uses advanced materials and layers low F.A.W., uni-directional carbon fiber pre-preg in a specific manner we can control several aspects of the shaft’s performance, including flex, durability, weight and release point.RELOAD TECH
When passing or shooting, a load is introduced to the shaft causing it to flex back, which causes the carbon fibers to be stretched along the front of the shaft and compressed along the back. Reload Technology takes advantage of this situation by using low F.A.W. (Fiber Areal Weight) and high-modulus carbon fiber, which creates urgency for the fibers to return to their natural position for maximum recoil.