Flying has always come with a few bumps in the sky, but those occasional jolts are becoming more frequent—and more dangerous. As the climate crisis accelerates, scientists and engineers warn that turbulence, especially the invisible and unpredictable kind, is on the rise. The aviation industry is now preparing for a future in which rough air becomes the new normal.
Climate Change and a Bumpier Ride
Turbulence isn’t just a minor inconvenience for travelers: it’s becoming a real safety concern. Over the past decade, reports of severe turbulence have surged. In 2024, a flight over southern Myanmar was struck by such intense turbulence that passengers were thrown from their seats, with several seriously injured. Similar incidents have occurred around the globe, including on a United Airlines Boeing 787 where a flight attendant suffered major injuries.
According to climate scientists, this is not a coincidence. Atmospheric instability is increasing. A study led by Professor Paul Williams at the University of Reading found that incidents of clear-air turbulence (CAT)—the invisible kind that occurs in otherwise calm skies—have increased by 55% since 1979. This trend is expected to worsen significantly by 2050.
Turbulence forms when planes encounter air masses moving at different speeds, temperatures, or pressures, especially near high-altitude jet streams. Climate change is altering the structure of the upper atmosphere. As tropical regions heat up faster than the poles, jet streams strengthen and become more chaotic, creating ideal conditions for turbulence.
These changes don’t impact all routes equally. The North Atlantic and East Asia are already hotspots, and they are projected to experience the sharpest increases in turbulence. Some models suggest the overall frequency of severe turbulence could triple by mid-century.
Both technical and science challenge
What makes clear-air turbulence particularly dangerous is that it is undetectable by radar and satellite. Pilots often have no warning until the aircraft is already shaking violently. Although turbulence prediction tools have improved over the years—accuracy has risen from about 60% two decades ago to around 75% today—that’s still not enough.
Aviation authorities and aircraft manufacturers are now investing in three key areas to make air travel safer: advanced sensors, smarter aircraft design, and artificial intelligence.
Innovators are taking the challenge seriously. In Austria, a company called Turbulence Solutions has developed adaptive winglets known as flaplets that adjust in real time to airflow changes. When tested on small planes, these devices reduced perceived turbulence by as much as 80%.
But updating global aircraft fleets is a slow, complex, and expensive process. Retrofitting old planes takes time, and designing entirely new models with turbulence-mitigating features can take over a decade from concept to flight.
Artificial intelligence may help bridge the gap. At Stockholm’s KTH Royal Institute of Technology, researchers are training neural networks using reinforcement learning to simulate and control airflow around aircraft wings. The results so far have been promising.
Other organizations are also stepping up. NASA is developing infrared sensors capable of detecting turbulence up to 480 kilometers ahead. Meanwhile, some teams are testing LIDAR systems to build 3D maps of air movements around the aircraft in real time—an innovation that could give pilots valuable seconds of warning before entering rough air.
The Road (or Sky) Ahead
The ultimate goal is to create aircraft that are not only more resilient to turbulence but also better at predicting and avoiding it. But even with technological progress, the fundamental issue remains: the atmosphere is changing faster than aviation systems can adapt.
While researchers and engineers race to find solutions, the best defense for now is preparedness and awareness. Pilots are trained to manage unexpected turbulence, and airlines are continuously updating routes based on real-time meteorological data.
