ENTREGA LIBRE

TIP FJR Industries Wire Dipsy Diver Rod TIP NO Roller c

COP159.000,00
Envío gratis
3.5
COP159.000,00
Envío gratis

Acerca de este producto

Marca: Gofgyol

TIP FJR Industries Wire Dipsy Diver Rod TIP NO Roller c

Información del producto

Los más destacados

Color Amarillo Código universal de producto 00097784300006
Modelo twili Altura del paquete 8 cm
Largo del paquete 44 cm Ancho del paquete 19 cm
Altura del paquete del seller 8 cm Largo del paquete del seller 44 cm
Peso del paquete del seller 5 lb Ancho del paquete del seller 19 cm
Marca Gofgyol

Color

Amarillo

Modelo

twili

Largo del paquete

44 cm

Altura del paquete del seller

8 cm

Peso del paquete del seller

5 lb

Marca

Gofgyol

Código universal de producto

00097784300006

Altura del paquete

8 cm

Ancho del paquete

19 cm

Largo del paquete del seller

44 cm

Ancho del paquete del seller

19 cm

Descripción del producto

Add a Twili-Tip to your favorite dipsy rod and instantly be able to run wire or braid without needing a roller rod! These tips can be added to any trolling rod to replace the tip and make the rod more versatile and effective, but excel in wire and braid applications. FJR Industries manufactures a Fishing Rod Tip for use with wire trolling line. The use of wire line for deep water trolling has become very popular, particularly in the Great Lakes region. The coil wire tip, sold under the trademark TWILI-TIP, features a stainless steel spring to resist corrosion and a bright yellow body to improve tip visibility. Designed to fit most popular rod sizes; six inserts, sizes #5 through #16, are packaged with each tip. Installation is simple requiring only Super-Glue. The use of wire line for deep water trolling dates back to the early 1940's. The earliest metallic lines were made from copper and quickly broke due to cold working of the metal resulting from wire fatigue at the rod tip. Although the wire trolling line used today is much improved over the earlier copper wire, the problems of resistance to reeling and the wire fatigue, both caused by the rod guide tip, still exist. Early on several different rod tip ideas were used to minimize the above noted problems. A roller guide was effective in reducing the resistance to reeling, however the radius of the roller is quite small and offers little improvement to reducing wire fatigue and care must also be taken to make certain the wire remains on the roller. The idea that proved to be the most effective solution was the addition of a coil spring to the rod tip. The spring, acting as a strain relief, provides a large arc at the rod tip and effectively reduces both wire fatigue and resistance to reeling. The effectiveness of the spring is unaffected by the orientation of the rod tip.