Въдица за спийд джиг RIPPLE FISHER SELFISH NS 623

Ripplefisher’s jigging rod series, the “Selfish” will be renewed as of 2020.

There will be 3 spinning models and 2 bait-casting models, each developed with their own new concepts.

The already existing 613S, 614S and 597S models are for the vertical jigging game and the 3 new models will specialize in a natural swimming (NS) diagonal jigging.

The NS (natural swim) type

- NS632, NS623, NS614

A series especially designed to naturally maneuver the jig by eliminating any unnecessary flicking and jumping of the jig. The versatile multi purpose models are able to induce bites in selective situations, various sea conditions and areas.

OCEAN ARROW SELFISH NS 623

This is a model developed with the focus on its ability to intrigue your target by the natural action of the jig.

It is designed to reduce your jig from bouncing about to perform a more natural appeal.

While retaining the manual operational feel, anglers will be able to maintain the balance of the jig during its swimming action vital for inducing the bite.

The responsive blank will allow anglers to easily switch the jerking pattern from the swimming type jerks using the tip section to those sliding type jerks which use the rebounding of the belly section.

You could say that this would be your multi purpose model for local waters, able to smoothly adjust to tough field conditions.

The butt section is tenacious and will allow anglers to go head to head with 10kg+ yellowtails (Buri) or 7~8kg Kingfish.

• Suitable reel size S：5000 ~ 8000 / D：3500~4500
• Grip length / A：587mm (Grip full length)・B：482mm(From grip end to reel foot)
• Dia of tip / 2.2mm (Just below top guide)・Dia of butt / 8.6mm (Butt diameter measured 625mm from the bottom)
• Reel seat / DPS18(Fuji) Up Lock
• Grip end / EVA
• Field: Shore line, Shallow area
• Guides: SiC-S Titanium frame K Guide (Fuji)
• Target: Yellowtail・Kingfish

*Comfort Weight is stood for the weight of jigs that you will be able to jerk comfortably. It has not meant to be a value of maximum.