JAL to become first in the world to introduce "shark skin" Paint technology on Boeing 787-9 planes to reduce air resistance.
-Japan Airlines (JAL) is pioneering sustainable aviation by applying an innovative rib-like coating to its Boeing 787-9 aircraft.
-Developed in collaboration with the JAXA and Orwell, the shark-skin-inspired technology promises to improve fuel efficiency and reduce carbon emissions, demonstrating the airline’s commitment to environmental responsibility and operational excellence.
-O-Well's "Paint-to-Paint Method" (a technology that uses a water-soluble mold to create unevenness on an existing paint film) was used to apply the riblet-shaped paint film to the surface of the aircraft. The riblet-shaped coating was developed based on the structure of shark skin, which reduces water resistance.
-As the airline begins real-world testing of its 787-9 aircraft, the aviation industry is watching closely, anticipating a future where sustainability and efficiency go hand in hand.
While the benefits of riblet technology are clear, its implementation is not without its challenges. The precise application process requires skilled labor and meticulous quality control, which can increase initial costs. However, the long-term savings in fuel consumption and emissions make it a worthwhile investment.
Additionally, regulatory approval and industry-wide adoption will require collaborative efforts between airlines, manufacturers and aviation authorities. Standardizing these innovations could accelerate their integration into commercial aviation.
-Japan Airlines (JAL) is pioneering sustainable aviation by applying an innovative rib-like coating to its Boeing 787-9 aircraft.
-Developed in collaboration with the JAXA and Orwell, the shark-skin-inspired technology promises to improve fuel efficiency and reduce carbon emissions, demonstrating the airline’s commitment to environmental responsibility and operational excellence.
-O-Well's "Paint-to-Paint Method" (a technology that uses a water-soluble mold to create unevenness on an existing paint film) was used to apply the riblet-shaped paint film to the surface of the aircraft. The riblet-shaped coating was developed based on the structure of shark skin, which reduces water resistance.
-As the airline begins real-world testing of its 787-9 aircraft, the aviation industry is watching closely, anticipating a future where sustainability and efficiency go hand in hand.
While the benefits of riblet technology are clear, its implementation is not without its challenges. The precise application process requires skilled labor and meticulous quality control, which can increase initial costs. However, the long-term savings in fuel consumption and emissions make it a worthwhile investment.
Additionally, regulatory approval and industry-wide adoption will require collaborative efforts between airlines, manufacturers and aviation authorities. Standardizing these innovations could accelerate their integration into commercial aviation.