Werner Skagit CF 2 PC Straight Small Shaft Paddle

Brand	Werner
Category	PADDLES
Seller	Moosejaw

The Werner Skagit CF 2 PC Straight Small Shaft Paddle is a recreational kayak paddle with a low-angle design for a relaxed day on the water. The carbon fiber reinforced blades Are lightweight and stiff, and as an added bonus, Are made of recycled materials. The asymmetrical shape makes for more balanced, smoother paddling and Features a dihedral to cut flutter and find a more natural flow. Its carbon shaft has a comfortable flex as well as an adjustable LeverLock system that gives you a custom Fit based on your size. This shaft is also a smaller diameter, which is great for paddlers with small hands as it'll Fit more comfortably and reduce fatigue. Features of the Werner Skagit CF 2 PC Straight Small Shaft Paddle Standard Performance gives you Werner's heritage for a better paddling paddle at a lower price point Mid-sized, low-angle blades Fit the widest range of paddlers Dihedral allows for smooth and stable forward paddling, a core philosophy for Werner Dihedral blade shape was created to direct water to flow evenly off each side of the blade creating a smooth and stable stroke Carbon Fiber reinforced nylon, injection molded blades Are impact and wear resistant, and lighter that comparable fiberglass paddles Blades offer smooth, stable strokes and easier paddling Asymmetrical kayak blades Are designed for a balanced stroke, reducing torque or twisting of the blade The Smart View Adjustable Ferrule System is the most simple, precise Fitting on the market and provides the solid feel of a 1-piece paddle and nothing to snag your gear (US Patent 6881111) Can easily adjust to your desired feather with less moving parts Carbon Fiber reinforced injection molded blades Are made with recycled material Straight carbon shaft is expertly engineered with a Higher percentage of carbon materials versus fiberglass, maintaining comfortable flex Material Details Blades: Carbon Fiber reinforced nylon, injection molded Shaft: Carbon   read more