In 1976 Werner Sr. created an new blade design with the objective to of eliminating fatigue caused by blades fluttering when stroked. This latest paddle design had complex 3 dimensional shape on the power face known as dihedral. This dihedral shape was created to direct water to flow evenly off each side of the blade creating a smooth and stable stroke with limited flutter. Without a dihedral, water builds up on the power face. This water gets “confused” and in order to expel this build up, the blade will flutter back and forth. This reduces the gripping effort needed to overcome the flutter and allows you to use a loose grip style of paddling, reducing fatigue, and increasing your enjoyment on the water.
To protect the specialized designs of Ultimate blades, Dynel brings an extremely abrasion and impact resistant edge. Proven on the water since 2002, this material gives confidence to paddlers buying paddles with ultimate performance. Available on our Ultimate paddles, this composite rope material disperses impact to protect the blade during a hard impact. It also greatly slows the wear process with its abrasion resistant properties. Key to protecting your investment if you come in contact with rocks or reef often in your paddling.
Asymmetrical Blade Shape
Asymmetrical kayak blades are designed to balance the amount of pressure loaded onto the blade face as the paddle enters and exits the water, reducing torque on the blade. When the blade loads evenly, forces are equalized, torque is minimized and your paddle will pull smoothly through the water. This reduces the need to over-grip your paddle which will allow you to have less stress on your body and enjoy paddling longer. This design feature was innovated by Werner Sr. and is a key element in our core design philosophy of a smooth and stable stroke.
Ultimate - Carbon Fiber Dynel Reinforced
The full carbon materials of our Ultimate performance line makes these paddles your lightest option. Carbon encasing our proprietary foam core gives the blade volume and internal strength, allow for spineless back face. To assure confidence in the sometimes rigorous environment paddlers face, we mold in a Dynel edge guard. A roping material, dynel is impact and abrasion resistant.
Ultimate - Carbon Fiber
The carbon materials along with our proprietary foam core, make this this our lightest option in our Ultimate performance line. The proprietary foam core gives the blade volume, Buoyance, and internal strength while allowing for a smooth back face.
Premium - Carbon Fiber
When every ounce counts, look to our Premium Carbon blades. As a stiffer material, you can use less carbon to achieve the same strength as fiberglass, allowing for a lighter weight.. All carbon materials with a foam reinforcement stick to provide rigidity.
Premium - Fiberglass
Originally developed in the 70's and perfected for decades. Our Premium fiberglass blades in HD Graphics or Translucent colors look unlike any other. A true work of art, the perfection in hand craftsmanship can be seen by holding the blades up to the light. These full fiberglass blades provide light swing weight and stiffness for our mid-price point. A foam reinforcement stick provides rigidity.
Standard - Carbon Reinforced - Injection Molded Nylon
Our injection molded carbon reinforced nylon blades are impact and wear resistant, lighter weight and stiffer than their fiberglass counterpart, and utilizes recycled Carbon. This material allows us to mold the design elements direct from our Premium line but a lower price point.
Standard - Fiberglass Reinforced - Injection Molded Nylon
Injection molded fiberglass reinforced nylon blades are impact and wear resistant. This combination of materials allows us to mold the design elements direct from our Premium line but a lower price point. The fiberglass material allows a level of stiffness and light swing weight that is tops in its price category.
Holding the shaft in a more vertical position keeps the blade closer to the boat and in turn allows for better tracking. This is more efficient as the boat travels along the same straight line that the blade follows through the water. Due to the higher hand position, this style does wear on the smaller support muscles when proper technique is not used. Our high angle blades are designed shorter and wider, to match this steeper entry angle to the water with the perfect use of the blades surface area. High Angle designs work best when used with shorter paddle lengths of 205cm - 215cm. The combination of shorter paddle length and a shorter wide blade allows the right amount of balanced blade area to enter the water sooner, supporting a faster cadence, without having to over extend the upper arm. Our high angle designs HAVE a slight dihedral for smooth vertical maneuvering strokes. Note we also flatten the back face spine to aid in these strokes.