| 1. | The aircraft measures from nose to tail and has a rotor diameter of.
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| 2. | The wind turbines are Vestas V47-660 kW models, with hub height and rotor diameter.
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| 3. | The rotor diameters of the turbines are comparable to the wingspan of a Boeing 747.
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| 4. | The rotor diameter varies amongst particular versions of turbines.
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| 5. | In addition, a second number may be present, representing the maximum rotor diameter in feet.
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| 6. | Each turbine has blades long, which added to the hub diameter gives a rotor diameter of.
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| 7. | The hub-height is and the rotor diameter is.
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| 8. | In December 2010 Vestas were developing the V164 7 MW offshore turbine, with a 164 m rotor diameter.
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| 9. | The turbines used are Vestas V90-3MW model, which have a rotor diameter of and sit atop an tower.
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| 10. | One of the predominant ways wind turbines have gain performance is by increasing rotor diameters, and thus blade length.
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