Plane Crashes

INTRODUCTION

Air travel is one of the safest forms of transportation, but aviation accidents can have serious consequences when they occur. Plane crashes may result from a wide range of factors, including mechanical failures, adverse weather, human error, operational problems, or other unforeseen circumstances. Over the history of commercial aviation, improvements in aircraft design, safety procedures, air traffic control, and pilot training have helped reduce the frequency of major accidents. However, significant crashes continue to be studied to understand their causes and improve future safety. This page presents statistics on plane crashes and accidents, including their frequency by airline region, phase of flight, accident type, decade, continent, and overall fatalities.

Charts

1. Plane Crashes in 2022 by Region of Airline

2. Plane Accidents and Incidents with 100 or More Fatalities by Phase of Flight

3. Plane Accidents and Incidents with 100 or More Fatalities by Type and Decade

4. Plane Accidents and Incidents with 100 or More Fatalities by Continent

5. Top 10 Deadliest Aircraft Accidents and Incidents

This chart shows the distribution of plane crashes in 2022 by the region where the airline is based. A clear pattern is that airlines from developing regions account for the majority of crashes. Sub-Saharan Africa, Latin America, and South Asia together make up a large share of incidents, while smaller proportions come from Eastern Europe and North America.

Several factors help explain this pattern. Airlines in developing countries often operate older aircraft, face weaker regulatory oversight, and may have fewer resources for maintenance, training, and safety infrastructure compared with carriers in wealthier regions. In addition, aviation authorities and regulatory bodies in developed regions generally enforce stricter safety standards and inspection regimes.

It is also notable that there were no crashes involving Western European airlines in 2022, reflecting the region’s particularly strong aviation safety record. Western Europe has some of the strictest airline safety regulations in the world, along with highly developed maintenance systems and pilot training standards.

Overall, while aviation is statistically very safe worldwide, the chart highlights regional differences in airline safety that often correlate with levels of economic development and regulatory capacity.

This chart shows the phase of flight in which plane accidents with 100 or more fatalities have occurred. The largest share happens en route, accounting for about 47.5% of major crashes. These accidents often involve causes such as structural failure, onboard fires, mid-air collisions, severe weather, pilot disorientation, or deliberate acts such as terrorism. Because aircraft are at cruising altitude for the longest portion of the journey, this phase historically accounts for many large-scale disasters.

The approach phase accounts for about 32.4% of crashes, making it the second most dangerous stage. Approach accidents are frequently linked to pilot error, poor visibility, bad weather, navigational mistakes, or controlled flight into terrain (CFIT), where an aircraft unintentionally flies into the ground while still under pilot control.

A smaller share occurs during initial climb (10.8%), often due to mechanical failures, engine problems, or loss of control shortly after take-off.

However, the distribution of accidents has changed over time. Improvements in aircraft engineering, navigation systems, collision avoidance technology, and maintenance have greatly reduced catastrophic mid-air failures. As a result, modern aviation accidents are more likely to occur during take-off or landing phases, when aircraft are operating closer to the ground and pilots have less time to respond to problems.

This chart shows plane accidents and incidents with 100 or more fatalities by type and decade, highlighting how the causes of major aviation disasters have changed over time.

The vast majority of large-scale incidents are commercial accidents, which peak in the 1970s, when global air travel was expanding rapidly but aircraft safety technology and regulatory systems were still developing. During this period there were numerous major crashes caused by mechanical failures, navigation errors, and runway collisions, such as the 1977 Tenerife airport disaster. From the 1980s onward, however, the number of catastrophic commercial accidents gradually declined as aviation safety improved through better aircraft design, stricter maintenance standards, improved air traffic control, and technologies such as ground proximity warning systems and collision avoidance systems.

The chart also shows several security-related incidents, particularly in the 1970s through the early 2000s. Hijackings were relatively common during the 1970s, while bombings peaked in the 1980s, reflecting high-profile terrorist attacks on passenger aircraft. Attacks from the ground and military-related incidents appear in smaller numbers.

Overall, the chart highlights a long-term decline in large aviation disasters, reflecting major improvements in both aircraft safety and international aviation security.