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Keeping blade sizes consistent with most probable wind energy keeps mass low.
Mechanical autogyro kites are easy to automate for larger deployments.
Read our 10kW Automated System Design Reasoning Report Here
The 50kW Kite Turbine has a projected LCOE of 5p/kWh - a third of the cost of an equivalent conventional turbine.
Kite Turbines exploit tensile design for minimal mass. This gives a power-to-weight ratio of 2kW/kg.
A kite turbine has less line drag per blade than any other airborne wind energy system.
Stacking means we have even more kites on a shared line = Even Less line drag per kite.
Kite turbines can fly under 30m above ground - making them the only Airborne Wind Energy System capable of CAA ANO CAP393 compliance.
Every part of a Kite Turbine is networked with multiple connections, so parts can't break free.
Our multiline torque transmission system is incredibly lightweight and capable.
The dynamics were first described by Ollie during his PhD in Strathclyde.
Read our latest paper in Energies Journal
Patent Published and Still Developing.
This technology has huge potential benefits in our climate crisis. We need you onboard. Work with us to realise the scale our patented automation systems will bring to Kite Turbines.
We can do great things working together.
You can build and test Turbines <1kW on your own too.
The software used to control Daisy Kite turbine can be found on our GitHub. Our early designs (mechanically autonomous and <1kW) are freely available on Hackaday and registered as open source hardware with OSHWA