The new Fiume WR T 8000 writes a new chapter in the world of top-level Bolognese.
The rod, designed by the Colmic team's decades of experience, is made with artisanal accuracy in every detail, from assembly to bindings, to the choice of components and uses the most advanced technical and construction measures.
The new Fiume WR T 8000 can be defined with a single adjective that fits it perfectly: Amazing!
We explain the reasons.
The Fiume WR T 8000 is lighter and has better balance than the Fiume Superior which is considered the lightest rod on the market today.
The extreme lightness of this Bolognese is made possible thanks to the assembly methods and the use of the new Water Resin technology (which consists in the use of a particular, very fluid resin that penetrates the textures of the very high quality carbon, improving its power and robustness ) which allows us to guarantee flawless action and extraordinary reliability.
The action of the new Fiume WR T 8000 is impeccable because this rod, despite having a rigid blank, has an extremely sensitive tip that allows you to fish with even ultra-thin lines.
The extraordinary reliability of the new Fiume WR T 8000 was possible thanks to a masterly balance resulting from its construction characteristics which see it developed with one section less than the other Bolognese ones but maintaining the stock of a similar length to that of the extra barrels sections.
The ringing with top components such as the Fuji KL Alconite rings and the Fuji NS-6 reel seat further embellish the rod, making it increasingly lighter and more performing in all fishing conditions.
The new Fiume WR T 8000 represents the best that can be found today on the Bolognese rod market.
With the new Fiume WR T 8000 a new story is being written which, we are sure, is destined to become a success story.
The rod, designed by the Colmic team's decades of experience, is made with artisanal accuracy in every detail, from assembly to bindings, to the choice of components and uses the most advanced technical and construction measures.
