How to Choose the right fly line

Choose the right fly line for your fly rod by using this helpful guide https://www.epicflyrods.com/blogs/news/how-to-choose-the-right-fly-line-for-your-fly-rod

Which fly reel is right for this fly rod?

Choose the right fly reel for your fly rod by using this helpful guide https://www.epicflyrods.com/blogs/news/how-to-choose-the-right-fly-line-for-your-fly-rod

How do I choose the right fly rod?

Use this since fly rod guide here https://www.epicflyrods.com/en-nz/pages/the-epic-fly-rod-selector

What are the correct fly line ratings?

Information on correct AFFTA fly line ratings. Weights in Grains and Grams https://swiftflyfishing.com/blogs/news/floating-fly-lines-vs-sinking-fly-lines-the-affta-system-for-rating-fly-line-weights

NANO TECH - Epic Fly Rod Materials Composites

NANO TECH CARBON FIBRE

100% Uni-directional material - Non Woven.
Super light-weight construction and superior strength. Non woven Uni-directional material is up to 40% stronger than traditional woven material commonly used by fly rod manufacturers. A non woven fiber can achieve 100% of its tensile and compressive loading. Unidirectional material affords super light weight construction and superior strength.

100% Carbon Helix Core
A 100% helical core forms the basis for hoop strength and fibre support in the zero/longitudinal axis and does away with traditional scrim based construction.

Silica-nano technology. Super Low Resin Systems.
Utilising materials with resin content up to 30% less than conventional materials, Epic C series blanks are lighter and stronger. Low resin materials help increase bending limits & overall response.

Multi Carbon Construction (Multi modulus).
Using only the highest quality fabrics from USA, Japan and Korea, up to five different types of carbon are used in each blank. Each type is placed at various parts of the blank to optimize strength and weight. Ultra high modulus fibre boasts the highest tensile and compressive strength of any fibre in its class.

Target Zero Fibre Alignment.
Fibre alignment along the length of any blank is critical. Even the smallest deviation in fibre alignment from the axis of load will greatly reduce the strength of the blank.

Lifetime Warranty