Being a pilot is one of the more dangerous occupations in the United States, though the level of risk depends enormously on what kind of flying you do. In 2024, aircraft pilots and flight engineers had a fatal work injury rate of 36.7 per 100,000 full-time workers, making it the sixth deadliest job in the country. That’s more than 11 times the national average of 3.3 per 100,000. But the danger isn’t limited to crashes. Pilots face a distinct set of chronic health risks, from radiation exposure to hearing damage, that accumulate over a career.
How Pilots Compare to Other Dangerous Jobs
The Bureau of Labor Statistics tracks workplace fatalities across all industries, and pilots consistently land in the top ten. In 2024, 73 pilots and flight engineers died on the job. The occupations that ranked above them were logging workers (110.4 per 100,000), fishing and hunting workers (88.8), roofers (48.7), structural iron and steel workers (37.8), and refuse collectors (37.4). Truck drivers, by comparison, had a lower rate of 25.7 per 100,000 but far more total deaths (950) simply because there are so many more of them.
One important detail: these BLS numbers combine all types of pilots, from airline captains flying wide-body jets to bush pilots and crop dusters. That grouping masks a massive gap in risk between different corners of the profession.
Commercial Airlines vs. General Aviation
If you’re wondering about the safety of a major airline pilot sitting in the cockpit of a Boeing 737 or Airbus A320, the picture is far more reassuring than the overall statistics suggest. Scheduled commercial airlines (Part 121 operations) have an accident rate of just 0.27 per 100,000 flight hours. General aviation, which includes private pilots, small charter flights, agricultural spraying, and flight instruction, has an accident rate of 7.20 per 100,000 flight hours. That’s roughly 27 times higher.
The safety improvement in commercial aviation over the past half century has been dramatic. In the 1970s, about 6 fatal accidents occurred for every million commercial flights. Today, that number has dropped to roughly half a fatal accident per million flights, meaning it takes more than 2 million flights on average before a fatal crash occurs. Better training standards, improved aircraft design, cockpit automation, and stronger safety culture have all contributed to that shift.
General aviation hasn’t seen nearly the same improvement. Historically, nonscheduled air transportation produced more worker fatalities (249) than scheduled airlines (175) over a seven-year study period, despite handling far fewer flights. Private and small-aircraft flying remains the segment where most pilot deaths occur.
What Causes Most Accidents
Human error is the dominant factor, involved in more than 90% of aviation accidents according to analysis of NTSB investigation reports spanning 2008 to 2025. That figure has declined slightly over time as cockpit technology and crew resource management training have improved, but it still dwarfs every other cause. Mechanical and system failures have actually increased as a proportion of incidents, while weather-related factors have decreased significantly, likely due to better forecasting tools and onboard weather radar.
Fatigue plays a larger role than most people realize. It has been identified as a probable cause in 21 to 23% of major aviation accidents. Surveys paint an even grimmer picture of its day-to-day impact: more than 80% of pilots report that fatigue has affected their flight performance, and between 67% and 90% say they’ve made mistakes because of it. Specific effects include slowed reaction time (reported by 67% of military pilots in one study), decreased situational awareness (73%), increased distractibility (43%), and impaired judgment (reported by 80% of short-haul commercial pilots in another study). The irregular schedules, time zone changes, and early report times that define the profession make fatigue a persistent occupational hazard rather than an occasional one.
Radiation Exposure at Altitude
Every time a pilot climbs above 30,000 feet, they’re exposed to higher levels of cosmic radiation than people on the ground. The atmosphere provides less shielding at cruise altitude, and pilots accumulate this exposure flight after flight, year after year. Long-haul pilots on high-altitude routes receive the most, averaging around 2.2 millisieverts per year. Short and medium-haul pilots receive somewhat less, typically between 1.3 and 1.9 millisieverts annually.
For context, the average person on the ground absorbs about 3 millisieverts per year from all natural background sources combined. Pilots are getting their occupational dose on top of that baseline. While individual annual doses fall below the 5-millisievert regulatory limit, the cumulative effect over a 30-year career is significant. A meta-analysis published in JAMA Dermatology found that pilots have approximately twice the incidence of melanoma compared to the general population, with a standardized incidence ratio of 2.22. UV exposure through cockpit windows and the cosmic radiation itself are both suspected contributors.
Hearing Loss Over a Career
Cockpits are noisy environments, especially in older aircraft and propeller-driven planes. A study of civilian pilots found that 29.3% had suspected noise-induced hearing loss, with 12.8% affected in both ears. The left ear tends to be hit harder (23.7% of pilots versus 20.1% for the right ear), likely because of the pilot’s seating position relative to the cockpit window and engine noise. While modern noise-canceling headsets have improved protection considerably, cumulative exposure over thousands of flight hours still takes a measurable toll on hearing.
Mental Health and Career Pressure
Pilots face a unique tension when it comes to mental health. The job involves high responsibility, irregular sleep, long stretches away from family, and the physiological stress of frequent time zone changes. Yet for decades, seeking treatment for depression or anxiety risked losing the medical certificate required to fly. That created a culture where many pilots avoided reporting mental health struggles entirely.
The FAA has loosened these restrictions in recent years. Most mental health conditions, when treated, no longer disqualify a pilot from flying. The agency now allows pilots and air traffic controllers to use several antidepressant medications while maintaining their medical certificates. Conditions like psychosis, bipolar disorder, and certain personality disorders still result in automatic disqualification, but the overall direction has been toward encouraging pilots to seek help rather than hide symptoms.
Where the Real Danger Lies
The honest answer to “how dangerous is being a pilot” depends on which pilot you’re talking about. A captain at a major airline operates in one of the most heavily regulated, technologically supported, and safety-focused work environments that exists. The crash risk is extraordinarily low. The real occupational hazards for airline pilots are the slow-burn kind: radiation, fatigue, hearing damage, disrupted sleep, and the long-term cardiovascular effects of an irregular lifestyle.
A general aviation pilot flying a single-engine Cessna for charter work, flight instruction, or aerial survey faces a fundamentally different risk profile. The accident rate is dramatically higher, the aircraft are less sophisticated, and the margins for error are thinner. Add in agricultural pilots, helicopter tour operators, and bush pilots working in remote terrain, and you start to see where the fatality statistics really come from. The 36.7 deaths per 100,000 workers that lands pilots on the most-dangerous-jobs list is driven overwhelmingly by these smaller, less regulated segments of the industry.