Qatar Airways joins IATA’s Turbulence Aware Platform 1

Qatar Airways joins IATA’s Turbulence Aware Platform

  • Safety and environmental sustainability as its top priority.
  • It is the first and largest turbulence data contributor in the Middle East.
  • Sharing data on turbulence could help the airline industry cut carbon emissions.

Qatar Airways and the International Air Transport Association (IATA) announced that Qatar Airways will become the first airline in the Middle East to join the IATA Turbulence Aware platform. 

IATA’s Turbulence Aware helps airlines mitigate the impact of turbulence, a leading cause of passenger and crew injuries and higher fuel costs each year, by pooling and sharing anonymized turbulence data from multiple participating airlines and thousands of daily flights. The real-time, accurate information enables pilots and dispatchers to choose optimal flight paths, avoiding turbulence and flying at optimum levels to maximize fuel efficiency and thereby reduce CO2 emissions.

Qatar Airways was the first Middle Eastern airline to participate in the Turbulence Aware initiative when it was launched as a pilot project in December 2018. Turbulence Aware has since expanded into a fully operational platform with over 1,500 reporting aircraft sharing real-time turbulence data. With today’s announcement Qatar Airways has equipped 120 aircraft with the Turbulence Aware platform, with plans to expand to the rest of its fleet. 

Qatar Airways Group Chief Executive, His Excellency Mr. Akbar Al Baker, said: “With safety and environmental sustainability as our top priority, we show our commitment towards responsible flying. We continue to innovate as one of the world’s leading airlines by adopting this new solution that combines technology and big data for more efficient flight planning not only to ensure a smooth journey, but also to reduce fuel burn, in turn lowering our carbon emissions. To make flying safer and more sustainable, the airline industry must leverage such digital innovations, and work together to share turbulence data for more precise forecasting.” 



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