Fuji Guide Concept Feature 6 - Maximizes Rod Power

• As rod has many guides, loss of rod power is more able to prevent and the essential of rod power of rod improves efficiently.
• Since the resistance of the guide is small if the number of the guide increases, retrieving is more smooth and even the line knot passes through the guide easily.
• Regarding both retrieving and drag power of the reel, the loss of power will be bigger if the resistance of the guide is big. Furthermore, since that loss is continued while fighting with fish, the big difference about time of landing will appear.

FUJI GUIDE CONCEPT makes repulsion of the rod increased by putting the guide precisely compared with the conventional specification. Furthermore, since the resistance of the guide becomes small, it is possible to land the big fish with even short time.

Light tip guides reduce the tip swing and line less getswaved. Consequently this will also decrease the possibility of line tangling.

Concept of 3rd.generation sloped frame

Creation of K-structure

There are some left behind problems from the 2nd. generation. One is the long sloped bridge that makes the rod action stiff and the other is the choke friction due to its short profile and small rings. And that is the “K-structure" that solved those problems at once. “K-structure" that does not depend its disentangling function on the angle of sloped frame, neither on sloped frame. The ring is inclined at 70°and it has another curved slope at the bridge.

As the results,K-structure managed to decrease the tangling problem at casting with spinning application. On the top of that, this special frame does not only break down the tangles at casting but also breaks down all kinds of tangling at any situation. Thanks to its Variation of size and profile, rod builders can choose the right size and right height to eliminate choking friction. The short length also helps making Very flexible rods. K-structure made it possible to unite those elements that were supposed to be impossible to combine.