The Science Behind Our Success
Our patented innovation is available to partners seeking the next generation of paddles and oars.
Hydrodynamic Efficiency – Reduced Drag and Turbulence
One of the primary benefits of cut blades is their ability to reduce drag and turbulence. Traditional solid blades can create significant resistance when moving through the water, requiring more effort from the user. Cuts allow water to pass through the blade, minimising the formation of vortices and turbulence behind the blade. This results in a smoother and more stable flow of water, reducing drag and making each stroke more efficient.
Enhanced Flow Dynamics
The cuts help manage water flow around the blade more effectively. By allowing controlled passage of water, the blade maintains a high-pressure difference between the front and back surfaces, which is crucial for generating driving force. This optimised flow dynamics ensure that the blade moves through the water with minimal resistance, enhancing propulsion.
Improved Control and Stability – Balanced Force Distribution
The cuts in the blades help in distributing the forces acting on the blade more evenly. This balance reduces the likelihood of fluttering and instability during strokes, providing a smoother and more controlled experience. Users can achieve consistent strokes, which is essential for maintaining speed and direction.
Enhanced Manoeuvrability
By reducing drag and turbulence, cut blades improve the user’s responsiveness. This enhanced manoeuvrability allows the user to make quicker and more precise movements, which is particularly advantageous in technical paddling situations.
Benefits extend beyond performance to include:
- Lighter loading on the body
- Shorter recovery times
- Reduced physiological stress
