Century Rods The Weapon Spinning Rod 9' 2-Piece Fishing Rod, 1/2-4oz Lure Weight, Up to 50lb Line Test - ISS10872GS | Saltwater & Freshwater Fishing for Bass, Trout, and Offshore Species

Product Description

Century Rods The Weapon Spinning Rod 7' 1pc, 1/2-2oz, Up to 30# ISS8472GS Spinning




Mod. - Mod. Fast




ISS8472GS




A premium inshore rod for the discerning angler, The Weapon from Century Rods is at the forefront of rod technology. Incorporating a glass composite into the tip of rod to give it "finesse" aspect, the rod has the capability to present a multitude of different lures within it lure range. On top of excelling as a casting rod, the Weapon also has the ability to be used as a light tackle bottom fishing rod for inshore species like Black Seabass. Features Century's premium Auto-Clave anti-twist technology and a Textreme finish for durability.




• Anti-Twist Technology (ATT): Utilization of energy in a single plane, without any side to side deflection or loss of energy. Century uses a very complex layup of materials that almost makes the rod feature torsional properties "steel I-beam".
• Autoclave Process: Making a composite that is completely void-free through the process of vacuum and heat pressure to expel any excess resin or air when curing the blank. This ensures the deflection pattern stays true to the ultimate level.
• Graphene: One of the strongest materials known to man, 200 times stronger than steel, harder than diamond, while also remaining flexible. Graphene is used throughout the blank, which assists with strength, weight reduction, durability, recovery, and anti-torsional properties.
• S-2 Glass: A nanofiber resin that is impregnated with an S grade fiberglass that performs like carbon fiber but still packs the benefits of glass.
• Textreme: An extremely thin, wide weave wrap of carbon used in aerospace and racing applications for added fracture resistance and recovery speed. This outer layer makes a huge difference in recovery speed and durability of a rod blank with a minimal effect on weight.