20% Stronger than a comparable TLS. fishingrod Patented rod making technology allows Our company to use a higher modulus graphite than any other rod company in the world. The use of high modulus materials gives the power-generating butt section of every T3 incredible strength and power, adding fish-fighting muscle, increasing casting range and maximizing wind-cutting power. The result is a crisp, powerful rod that still retains the sensitivity to afford the caster complete control and accuracy. The T3''s power is also felt when it comes time to lift a fish from the depths to a waiting net. Despite its smooth flex a T3 can exert tremendous power on a fish, each super-strong high-modulus fiber in the rod contributing, like a series of bridge cables, fishingrod to the unexpected strength of the whole.

The tourist trade was brisk enough for to turn his hobby of rod building into a business. he formed the Our company Company, with sales rooms in a small stone building next to his brother''s Hotel. The Our company family prospered as the trains brought ever-increasing numbers of tourists These customers were the best advertisement possible for the new fishing company. The well made rods and flies that were carried home by affluent sportsmen generated repeat orders by mail. The community surrounded by the Mountains, was gaining recognition as a fine resort area. Eventually it became a prominent summering spot for New Yorkers, it was still struggling for recognition. Later in the nineteenth century, an old-timer would remember its condition with amusement:

20% Tougher fishingrod than a comparable TLS. Nick your rod with a weighted conehead steamer on the backcast, or watch your rod slide off the car to the gravel fishingrod and you''ll understand why toughness matters. Each of the thousands of carbon fibers in the rod matrix are encased, protecting them from incidental impact. The most advanced nano-particle fishingrod technology in the world further strengthens the T3. Similar Nanoceramic polymers are used to make false teeth strong enough to the withstand the tremendous pressure exerted on a tooth by the human jaw. In the T3, Nanoceramic binders in the graphite matrix work in tandem with the unique resin system to improve impact resistance, retard microscopic cracks, and improve tensile and compression strength.

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