Dragonfly Purpose™ Techno-Color
The Dragonfly Purpose™ gets a splash of color. The most technologically advanced carbon fiber composite shaft is now available in Techno Colors. Available in a 1” concave diameter or a slim 7/8” diameter, the Dragonfly Purpose will now come in Techno Blue, Red, and Purple. Like all Dragonfly shafts, the Dragonfly Purpose™ comes with an industry leading 1-year warranty and is manufactured with pride here in the USA.
C32 – Traditional Concave Geometry. Most popular.
S32 – Slim Concave Geometry. Control.
Generation: Dragonfly Purpose™
Position: Attack/ Midfield/Defense
Geometry: Available in C, S
Material: Composite/Carbon Fiber
Flex iQ: Available in iQ9
Top Coat: Soft Grip
Release Point: Uniform
Technology Platform: A.C.L. with Axis Technology
Torque Box 2: Yes
Available in Blue, Red, and Purple
Made in USA
THE DRAGONFLY PURPOSE™ GETS A SPLASH OF COLOR.
The most technological advanced women’s composite shaft gets a splash of color. Dragonfly Purpose™ will now be available in Techno Blue, Red, and Purple and will come in a 1” concave diameter or a slim 7/8” diameter. Get your Dragonfly Purpose Techno-Color shaft today. Play with Purpose™.
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.
Our Advanced Carbon Layering (A.C.L.) is what separates Epoch shafts from conventional composite shafts. By layering 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.
The Dragonfly Purpose has soft touch grip. This gives you the right amount of grip with cradling, dodging, passing and shooting.
The carbon fiber pre-preg used in Epoch shafts undergoes a chemical surface treatment process to improve the mechanical “locking” (compatibility) between the fibers and the matrix resin. The result is better laminate properties of the carbon fiber. An improved laminate results in better load transfer (energy) for increased durability.