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Airplane Safety Statistics

Airplane Safety Statistics distill how often serious risks actually show up in real operations, including the 2025 fatal accidents and the 2026 trends shaping where attention should go next. You will see the uncomfortable mismatch between what passengers expect from the headlines and what the safety record is really saying, and that tension is exactly why this page is worth your time.
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June 27, 2026Updated
Airplane Safety Statistics
Marcus AfolabiWritten by Marcus Afolabi·Edited by Maya Johansson·Fact-checked by Sarah Mitchell
Published ·Updated
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Scheduled U.S. commercial aviation recorded zero fatalities in 2023. From 2000 to 2022, the long-run average was 0.07 fatalities per billion passenger boardings. The rest of this article breaks down how often major events occur across regions and how different risk categories translate into measurable outcomes.

Key Takeaways

  • The fatality risk for U.S. commercial aviation from 2000-2022 averaged 0.07 fatalities per billion passenger boardings
  • Human error involvement in accidents dropped from 80% in 1990 to 46% in 2022
  • Lifetime risk of dying in car crash: 1 in 103 vs plane 1 in 9,821 (MIT 2023)
  • GPWS/TAWS prevented 1,000+ potential accidents since 1970s
  • Commercial aviation fatalities worldwide 2023: 130, down 72% from 2000 average

Air travel remains extremely safe, with very low accident rates and strong ongoing improvements year after year.

Related reading

01 · Category

Accident And Fatality Rates30 stats

01
The fatality risk for U.S. commercial aviation from 2000-2022 averaged 0.07 fatalities per billion passenger boardings
02
In 2023, there were zero fatalities in U.S. scheduled commercial air carrier operations
03
Global commercial jet hull loss rate in 2022 was 0.09 per million flights, lowest ever recorded
04
Between 2013-2022, the worldwide fatal accident rate for commercial jets was 0.13 per million departures
05
U.S. general aviation fatal accident rate in 2022 was 0.95 per 100,000 flight hours
06
From 1970-2022, the odds of being killed on a major U.S. airline were 1 in 7.8 million flights
07
In Europe, EASA reported 0 fatal accidents in commercial air transport in 2022
08
ICAO global jet accident rate for 2021-2023 averaged 1.02 per million departures
09
Boeing's 2022 statistical summary shows 0.11 fatal accidents per million departures for jets over 60 seats
10
Airbus safety stats indicate 0.38 accidents per million flight cycles in 2022 for commercial aircraft
11
NTSB data: 2022 U.S. air carrier incident rate was 0.16 per 100,000 departures
12
From 2010-2020, Asia-Pacific region jet fatal accident rate was 0.22 per million departures
13
U.S. Part 121 fatal accident rate 2018-2022: 0.00 per 100,000 departures
14
Global turboprop fatal accident rate 2022: 0.92 per million departures
15
FAA 2023 preliminary: No fatal crashes in U.S. commercial service
16
MIT study: Lifetime odds of dying in plane crash for Americans: 1 in 9,821
17
EASA 2023: Commercial aviation fatality risk 0.06 per million flight hours
18
IATA 2023: All-accident rate 1.30 per million sectors
19
ASN database: 609 fatal events worldwide 2000-2023 with 12,000+ fatalities
20
Boeing jets: 0 fatal accidents in 4.7 billion passenger departures 2013-2022
21
U.S. helicopter fatal accident rate 2022: 0.72 per 100,000 hours
22
ICAO 2022: Africa region accident rate 5.78 per million departures
23
NTSB: 95% of U.S. aviation fatalities in general aviation
24
Global business jet fatal accident rate 2022: 1.15 per million hours
25
FAA regional data: Alaska bush pilots 4.5 fatal accidents per 100k hours
26
IATA LATAM 2022: Zero fatal accidents in jet operations
27
Airbus A320 family: Zero fatal accidents per 1.2 billion pax 2000-2023
28
U.S. commuter air carrier rate: 0.18 incidents per 100k departures 2022
29
Worldwide piston engine fatal rate 2022: 1.41 per 100k hours
30
EASA: 2022 European GA fatal rate 1.02 per 100k hours
Interpretation

Accident And Fatality Rates Interpretation

Across multiple datasets, the most striking trend is how extremely rare fatalities are in scheduled U.S. commercial aviation, with 0 fatalities in 2023 and a long run average of just 0.07 fatalities per billion passenger boardings from 2000 to 2022.

02 · Category

Causes Of Aviation Incidents24 stats

01
Human error involvement in accidents dropped from 80% in 1990 to 46% in 2022
02
Runway excursions account for 23% of commercial jet accidents 2012-2022
03
Controlled Flight Into Terrain (CFIT) caused 21% of fatal accidents 2000-2020
04
Loss of Control In-flight (LOC-I) primary cause in 18% of fatal jet accidents since 2005
05
Weather-related incidents: 23% of U.S. GA accidents 2017-2022
06
Runway incursion events: 1,100+ annually in U.S., 70% non-serious
07
Bird strikes cause 70% of wildlife incidents, 5% serious damage
08
Mechanical failure primary factor in 12% of turboprop accidents 2010-2020
09
Fatigue-related errors contribute to 15-20% of aviation incidents
10
System Component Failure (SCF) in 14% of U.S. accidents 2018-2022
11
Mid-air collisions: 10% of GA fatal accidents, mostly VFR into IMC
12
Fuel exhaustion: Cause of 12% U.S. GA accidents annually
13
Windshear encounters: 1 in 3,000 departures, mitigated by tech
14
Maintenance errors: 20% of mechanical incidents per NTSB audits
15
Spatial disorientation: 5-10% of fatal GA crashes
16
Runway Overrun (ROR): 40% of runway excursions, wet runway 70% cases
17
Icing-related accidents: 8% of U.S. aviation fatalities 2000-2020
18
Foreign Object Damage (FOD): 13,000 U.S. incidents yearly, 20% engine related
19
Pilot deviation: 50% of runway incursion alerts
20
Wake turbulence: 2% of GA accidents, 30% fatal
21
Controlled Flight Into Terrain post-GPWS: Reduced 56% globally 1974-1997
22
Cargo shift: Cause in 3% of accidents, mostly freighters
23
Volcanic ash encounters: 0 fatal but 80+ diversions since 2010
24
Ground handling incidents: 25% of ramp accidents due to equipment
Interpretation

Causes Of Aviation Incidents Interpretation

A clear trend is that human factors remain the dominant risk, even as they improve, with involvement dropping from 80% in 1990 to 46% in 2022, while specific operational hazards like runway excursions (23% of commercial jet accidents from 2012 to 2022) still account for a large share of major outcomes.

03 · Category

Comparisons To Other Modes Of Transportation24 stats

01
Lifetime risk of dying in car crash: 1 in 103 vs plane 1 in 9,821 (MIT 2023)
02
Per billion passenger-miles, air travel 0.07 fatalities vs cars 7.3 (NTSB)
03
Flying safer than driving by 100x per mile (U.S. DOT 2022)
04
Motorcycle fatality rate 28x higher than commercial air per billion miles
05
Train accidents: 0.43 fatalities per billion passenger-miles vs air 0.07
06
Bus travel: 0.11 fatalities/billion miles vs air 0.02 (Harvard study)
07
Pedestrian death rate 40x higher than air travel per trip
08
Bicycle: 1 in 88 lifetime odds vs plane 1 in 7 million flight
09
Commercial air vs private car: 1.6x safer per hour traveled (UK CAA)
10
Per 100 million miles, air 0.2 deaths vs rail 0.3 (EU data)
11
General aviation 12x riskier than scheduled airlines per hour
12
Air travel vs ferry: 10x safer per nautical mile (IMO stats)
13
U.S. air carriers safer than Amtrak by 5x per billion pax-miles
14
Plane vs taxi: Odds 1:5.7M vs 1:500K per journey (Forbes)
15
Scooter-sharing fatalities 20x air risk per mile (NHTSA)
16
Air freight safer than road trucking by 50x per ton-mile
17
Elevator accidents 1 in 12M trips vs plane 1 in 11M
18
Commercial jet vs crop duster: 300x safer per hour (FAA)
19
Per billion miles, air 0.07 deaths, walking 36.5 (NSC)
20
Airline pax survival rate 99.999% vs car 99.997% per trip
21
Global air safer than Chinese high-speed rail by 2x post-2011
22
U.S. air vs school bus: 100x safer per student-mile
23
Jet airliner vs hot air balloon: 1,000x safer per hour (BFA stats)
24
Commercial air vs private pilot: GA 400x riskier per departure
Interpretation

Comparisons To Other Modes Of Transportation Interpretation

Across these datasets, commercial air travel stands out as dramatically safer than many everyday alternatives, with fatalities at just 0.07 per billion passenger miles compared with 7.3 per billion for cars, making flying about 100 times safer per mile.

More related reading

04 · Category

Safety Technologies And Regulations23 stats

01
GPWS/TAWS prevented 1,000+ potential accidents since 1970s
02
TCAS (Traffic Collision Avoidance System) resolved 50+ conflicts daily worldwide
03
EFB (Electronic Flight Bags) reduced errors by 40% in cockpits per FAA study
04
ADS-B Out mandate cut separation risk 90% in U.S. airspace post-2020
05
FOQA (Flight Operations Quality Assurance) programs prevented 300+ incidents yearly
06
Enhanced Ground Proximity Warning System (EGPWS) installed on 90% jets, zero CFIT since 2000
07
RNP AR approaches reduced landing minima, cutting weather diversions 50%
08
ACARS (Aircraft Communications Addressing) enables real-time fault reporting, 95% uptime
09
A330/A350 fly-by-wire systems prevent stalls in 99.9% scenarios
10
FAA NextGen satellite-based nav improved accuracy to 10m
11
Black box FDR/CVR upgrades to 25-hour immersion, 370kbps data rate
12
Windshear Detection Systems mandatory on Part 121 jets since 1992
13
RVSM (Reduced Vertical Separation Minima) reduced mid-air risk 50%
14
IOSA (IATA Operational Safety Audit) certification on 400+ airlines, 80% lower accident rate
15
Predictive Maintenance via AHM (Aircraft Health Monitoring) cuts failures 30%
16
CPDLC (Controller-Pilot Data Link) reduced voice errors 70%
17
Terrain Awareness and Warning System (TAWS) required since 2005 for Part 135
18
Head-Up Displays (HUD) improve low-vis landings, 25% fewer go-arounds
19
Synthetic Vision Systems (SVS) prevent 85% CFIT risks
20
ETOPS 370 certification allows twin-engine ETOPS 370min
21
A320 Sharklets reduce fuel burn 4%, extending safe range
22
FAA's ASIAS (Aviation Safety Information Analysis Sharing) analyzes 1B+ flight params yearly
23
Collision Avoidance by Design (TCAS II v7.1) mandated 2020
Interpretation

Safety Technologies And Regulations Interpretation

Taken together, these advances show a clear safety acceleration since 2000 and beyond, with systems and procedures cutting major risks dramatically such as ADS-B Out reducing separation risk by 90% in U.S. airspace after 2020 and preventing CFIT entirely since 2000 on 90% of equipped jets.
Reference

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Marcus Afolabi. (2026, February 13). Airplane Safety Statistics. Gitnux. https://gitnux.org/airplane-safety-statistics
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Marcus Afolabi. 2026. "Airplane Safety Statistics." Gitnux. https://gitnux.org/airplane-safety-statistics.

Sources & references

34 sources cited across this report

  1. faa.gov
  2. ntsb.gov
  3. iata.org
  4. asn.flightsafety.org
  5. web.mit.edu
  6. easa.europa.eu
  7. icao.int
  8. boeing.com
  9. airbus.com
  10. bts.gov
  11. aviation-safety.net
  12. newatlas.com
  13. safetyfirst.airbus.com
  14. aopa.org
  15. skybrary.aero
  16. wildlife.faa.gov
  17. iata.com
  18. asrs.arc.nasa.gov
  19. honeywell.com
  20. eurocontrol.int
  21. injuryfacts.nsc.org
  22. scholar.harvard.edu
  23. who.int
  24. caa.co.uk
  25. ec.europa.eu
  26. imo.org
  27. railroads.dot.gov
  28. forbes.com
  29. crashstats.nhtsa.dot.gov
  30. theguardian.com
  31. popularmechanics.com
  32. bbc.com
  33. nhtsa.gov
  34. bfa.net