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Radia has designed its huge WindRunner with the purpose of transporting turbine blades to remote sites by air, marking a milestone in wind energy logistics.
The project, to be realized logistically and economically, could result in the new largest plane in the world by volume.
Mark Lundstrom, aerospace engineer and founder of Radia in 2016, seeks to expand the scale and economic viability of the onshore wind industry. The company emphasizes the need for turbine blades of up to 105 meters long, similar to those of offshore installations and 20 meters longer than current ones on land. Radia points out that taller towers and longer blades increase energy production and reduce costs by up to 30%, tripling the economically viable land area for wind energy in USA. This scenario, called GigaWind, foresees the construction of more than one million of these turbines for 2050.
Radia's WindRunner would be the largest in the world
The main challenge lies in the transportation of these large blades from manufacturing sites to onshore wind farms.. Currently, road movement is extremely difficult and expensive, being a significant limitation for the industry. Radia carried out a comprehensive analysis of transportation solutions, concluding that the only viable option was to build an airplane capable of landing and taking off from semi-prepared dirt runways adjacent to the wind farms..
WindRunner Features
The WindRunner is emerging as the largest aircraft in the world by cargo volume and fuselage length.. Its key features include:
- Dimensions: One length of 356 pies (about 108.5 meters) and a span of 261 pies (about 79.5 meters).
- Load Capacity: Your charging bay 272,000 cubic feet (about 7,702 cubic meters) It is almost six times larger than that of the Antonov An-225.
- Blade Volume: It can carry three shovels of 80 meters, two of 95 meters, or a shovel 105 meters.
- Track Requirements: Capable of operating on unpaved runways 6,000 pies (about 1,829 meters).
- Maneuverability: despite its size, Radia assures that the WindRunner can operate in existing airports. The wingspan has been intentionally limited, and the minimum turning width is comparable to that of a Boeing 747.
- Construction: The design is based on the incorporation of already certified aerospace components and manufacturing techniques. Radia has established alliances with Leonardo's aerostructures division in Italy for the fuselage and with the Spanish company Aernnova for the wing and engine pylons.. Engine type, with four large turbofans, has not yet been revealed.
Potential and future
In addition to the transport of turbine blades, The WindRunner has clear potential for other heavy and large loads. Its nose opening cross section is 10 m x 10 m, superior to that of aircraft such as Boeing 747-400F, and with a payload of 72 tons. Its ability to land on dirt runways sets it apart from any other commercial cargo aircraft in service..
In addition to the current limitations of freighters in service and the destruction of the Antonov An-225 along with the now limited operation of the Antonov An-124, presents the market with the opportunity to develop a new aircraft that covers the current and future “mega special cargo” space that may be developed.
The company projects that the WindRunner will be flying and delivering blades by the end of the decade, with certification according to FAA Part 25. This project seeks to significantly reduce CO2 emissions and the cost of energy by up to 30%.
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