Rod from Fishing Precision FDX Carp Feeder
There Rod from Fishing Precision FDX Carp Feeder It is designed to fish carp In canals, rivers or large lakes.
Thanks to Crosted Reinforced technology, the CANNA Precision FDX Carp Feeder Trabucco he manages to endure extreme efforts: i joints I am reinforced from carbon bands applied orthogonally with respect to the trend of the fibers.
In addition, also the grafts from the Precision FDX Carp Feeder I am reinforced to read crossed bands with X carbon in order to also resist the Employment peaks bigger.
There Rod from Fishing Precision FDX Carp Feeder It is designed to fish carp In canals, rivers or large lakes.
Thanks to Crosted Reinforced technology, the CANNA Precision FDX Carp Feeder Trabucco he manages to endure extreme efforts: i joints I am reinforced from carbon bands applied orthogonally with respect to the trend of the fibers.
In addition, also the grafts from the Precision FDX Carp Feeder I am reinforced to read crossed bands with X carbon in order to also resist the Employment peaks bigger.
Technical specifications
Rod from Fishing Precision FDX Carp Feeder
152-11-410
Length: 3.6 m
Mildness: 125 cm
Sections: 3+2
Maximum power: 120 g (action h)
152-11-420
Length. 3,9 m
Mirror: 137 cm
Sections: 3+2
Maximum power: 120 g (action h)
Characteristics:
- Powerful and progressive action, ideal for undermining carpes in canals, young or large lakes with pasturers within 120 g.
- Short sleeve in natural cork with Eva Calciolo.
- Steel vine reel door with rubber profiles, integrated into the base.
- S.H.M.R. Carbon: it is the material most widely used in medium -level rods because it is placed in the center of the crossroads costs/performance, responding to the requests that come from both directions with a balanced mix of power and lightness.
- Crosted Reinforced: the joints of the rods destined to endure extreme efforts require reinforcements that protect their integrity. We solve the problem with high resistance carbon bands, applied orthogonally with respect to the progress of the fibers.
- Power Joint: this technology gives strength to the grafts without exceeding in weight, because it uses the properties of high module carbon with which crossed bands are built, which take charge of the effort of effort at the level of the joints.
