Blade Dynamics is designing, developing and manufacturing next-generation wind turbine rotors using unique seamless modular technology. The blades will be transformational in their performance and reliability, which is enabled by a fundamentally different manufacturing approach to conventional blades.

• Significant performance improvement
• Improved quality, reliability, and longevity of blades
• Blades are transportable onshore in multiple short sections
• Lightweight offshore blades of 100m long are possible
• Technology GL tested and certified in 2012 in the D49 blade

Blade Dynamics' continuous modular technology enables rotors that are lighter, more powerful and more cost-effective than those using existing techniques. Blades of this type can enable turbines to produce more power, more reliably, over a longer service life. This technology will enable a new generation of larger and far more effective turbines both onshore and offshore. The annual energy production (AEP) of turbines can be increased by up to 15%, which has a great impact on the financial performance of wind farms and their need for subsidies.

Blade Dynamics' seamless structural technology has multiple patents granted and pending. Blades have been manufactured, tested and GL certified using this platform and the first; the Dynamic 49, was certified in early 2012. Weighing around 6 tons, the Dynamic 49 is the lightest blade of its size available and is easily transportable in multiple pieces. This blade demonstrates the future of wind energy. This technology is the enabler for ultra large, high performance offshore blades that are currently in development by the company. This development is progressing with the recently announced ETI Large Blade Programme. This project will create the longest and most advanced wind turbine rotor ever built.