The Real Answer
Plane crashes are dominating news cycles, and it’s natural to wonder whether flying has become more dangerous.
The short answer: not really. But there are real, documented pressures building within the global aviation system that deserve a clear-eyed look.
This post breaks down what the data actually shows, what’s genuinely contributing to recent incidents, and why the gap between public perception and statistical reality is wider than most people realize.
By the end, you’ll have a clearer picture of why planes keep making headlines—and what’s being done about it.
Table of Contents
What the Data Actually Says About Plane Crashes
Before asking why planes are crashing, it helps to ask whether they’re crashing more often in the first place.
According to the International Air Transport Association (IATA), there were 51 accidents among 38.7 million flights in 2025—fewer than the 54 accidents across 37.9 million flights in 2024. A decade ago, the five-year rolling average stood at one fatal accident for every 3.5 million flights. The current five-year average (2021–2025) has improved to one fatal accident for every 5.6 million flights.
Fatal accidents did tick upward slightly. There were eight fatal commercial accidents in 2025, compared to seven in 2024, and above the five-year average of six. On-board fatalities rose to 394 in 2025, up from 244 in 2024—but two accidents alone (Air India 171 and the American Airlines/Black Hawk collision near Washington, D.C.) accounted for over 77% of all deaths.
That’s an important distinction. The raw fatality number is elevated not because crashes are becoming routine, but because a small number of unusually high-fatality events skew the total. The underlying accident rate remains historically low.
CNN’s analysis of NTSB data tells a similar story: the number of commercial aviation incidents in the U.S. has been largely steady over the past decade. Through the first quarter of 2025, the NTSB logged 14 events—compared to 12 in the same period the year before, and a first-quarter average of 13 since 2000.
So why does it feel like planes keep crashing?
The Media Effect: Why Crashes Feel More Common Than They Are
High-profile accidents generate enormous media coverage—dramatic footage, ongoing investigations, political fallout. Each incident stays in the public consciousness longer than it once did, especially on social media.
The January 2025 midair collision near Washington, D.C., which killed 67 people, was the deadliest U.S. airline crash in nearly 20 years. It was followed within days by a medical transport plane crash in Philadelphia and a Delta jet overturning in Toronto. Three incidents in quick succession created a perception of a crisis, even though the underlying rate of accidents hadn’t fundamentally shifted.
The phenomenon is sometimes called “availability bias”—when we can easily recall examples of something happening, we overestimate how often it occurs. Plane crashes, by nature, are vivid and memorable. Car accidents, which kill tens of thousands of Americans every year, rarely generate the same sustained attention.
According to the National Safety Council, Americans have roughly a 1-in-93 chance of dying in a motor vehicle crash over their lifetime. Fatal commercial plane crashes are so infrequent that reliable lifetime odds can’t even be calculated. In 10 of the last 25 years in the U.S., there were zero fatalities on major commercial airlines.
So Why Are There So Many Plane Crashes Lately? Real Factors at Play
The statistical picture is reassuring, but it doesn’t mean everything is fine. Several real pressures are building within the aviation system that explain why more incidents—even non-fatal ones—are occurring.
Rising Air Traffic and Aging Infrastructure
More flights mean more opportunities for things to go wrong. Traffic at major airports continues to climb as post-pandemic travel demand surges. The problem is that the infrastructure managing that traffic hasn’t kept pace.
In the first quarter of 2025, over 170 aviation accidents occurred in the U.S. alone (across all aviation categories, not just commercial). Aviation industry expert Michael McCready, writing in The Hill, pointed to the National Airspace System as a system “designed decades ago” now operating under conditions it wasn’t built to handle. More aircraft sharing congested airspace, without modern real-time risk assessment tools, raises the probability of mid-air close calls and ground incidents.
The FAA itself acknowledged limitations in its ability to analyze runway incursion data as recently as March 2025. The agency announced a three-year plan to build a new air traffic control system—a sign that the current infrastructure is under genuine strain.
Pilot Shortages and Training Gaps
The aviation industry is dealing with a significant pilot shortage. Post-pandemic hiring surges meant rapid recruitment to fill gaps—and faster timelines don’t always allow for the depth of training needed to handle edge cases and system failures.
Fatigue is a related issue. Compressed schedules, crew shortages, and irregular hours increase the likelihood of errors during critical phases of flight. The 2013 UPS Flight 1354 crash in Birmingham, Alabama, offers a documented example: investigators from the NTSB found that crew fatigue, poor approach management, and failure to properly monitor altitude all contributed to the accident. The probable cause was the flight crew continuing an unstabilized approach—a human factors failure compounded by tiredness.
That kind of scenario hasn’t disappeared. If anything, it’s more likely when scheduling pressure is high and training pipelines are stretched.
Understaffed Air Traffic Control
The National Air Traffic Controllers Association has been warning for years about a shortfall in qualified controllers. Following the January 2025 Washington, D.C., collision, reports emerged that the FAA had begun dismissing hundreds of employees in the aftermath—a move the NATCA said it was analyzing for safety implications.
Runway incursions fell from 1,837 in 2023 to 1,664 in 2024, according to FAA data—a positive trend. But serious Category A events (those classified as near-collisions) still occur, and the system’s overall margin for error shrinks when controllers are managing more aircraft with fewer colleagues.
Deferred Maintenance and Aging Aircraft
Some operators, particularly smaller charter and regional carriers, are managing older fleets under real cost pressure. Maintenance delays—even when individually minor—can compound into structural or mechanical vulnerabilities over time.
IATA data shows that non-IOSA-certified carriers (those not subject to IATA’s Operational Safety Audit) had an accident rate of 2.55 per million flights in 2025, compared to 0.72 for IATA member airlines. The gap is stark. It suggests that safety standards and oversight quality, not just aircraft age, are major variables in accident probability.
Weather and Environmental Pressure
Climate change is making the atmosphere more volatile. Research cited by National Geographic found that stronger winds, a faster jet stream, and more frequent severe storms are generating more turbulence. Flooded runways and elevated surface temperatures—affecting aircraft take-off performance—are also becoming more common challenges.
The Evening Standard reported that a 2024 study specifically highlighted turbulence as a worsening risk factor for commercial aviation. While turbulence alone rarely brings down a modern aircraft, it increases injury risk, puts stress on airframes, and diverts crew attention during critical phases of flight.
These changes haven’t yet produced a measurable spike in accident statistics, but they represent a growing structural pressure on an industry that operates with tight safety margins.
GNSS Interference and Conflict Zone Risks
A less-discussed but growing threat involves interference with GPS and satellite navigation systems. IATA reported that GPS spoofing incidents rose by 193% in 2025 compared to 2023, while jamming events increased by 67%. These incidents—concentrated in regions like Turkey, Iraq, and Egypt—can mislead aircraft navigation systems, creating risks that pilots and controllers then have to manage manually.
Meanwhile, conflict zones complicate routing decisions globally. The downing of civilian aircraft in Kazakhstan and Sudan in 2024, and disruptions linked to Middle Eastern airspace during 2025, illustrate how geopolitical instability creates risks that have nothing to do with mechanical reliability or pilot skill.
The Role of Human Error in Aviation Accidents
Human error remains the most common factor in aviation accidents across all categories. This isn’t a new finding—it’s been true for decades. What changes is the nature of the errors and the systems designed to catch them before they become catastrophic.
Crew Resource Management (CRM)—the practice of structured communication, decision-sharing, and situational awareness between flight crew—was developed specifically to address how multi-person cockpit errors occur. Poor CRM contributed to many of aviation’s most avoidable disasters, from the 1977 Tenerife runway collision (which remains the deadliest in aviation history, killing 583 people) to more recent incidents.
Modern training programs place heavy emphasis on CRM, but its effectiveness depends on consistent application and regular simulation training. Airlines that prioritize simulator hours, scenario-based training, and non-punitive incident reporting cultures tend to produce safer outcomes. Those that cut corners—often under financial pressure—see the gap widen.
Automation has reduced certain categories of human error while introducing new ones. Pilots who rely heavily on automated systems can lose manual flying proficiency over time, a problem regulators and airlines have been aware of for years. When automation fails unexpectedly, the crew’s ability to respond manually becomes critical.
How Technology Is Changing Aviation Safety
The aviation industry has invested heavily in safety technology, and the results are visible in the long-term accident trends. Flight data monitoring, terrain awareness warning systems (TAWS), traffic collision avoidance systems (TCAS), and advanced weather radar all reduce the window in which errors can go undetected.
Predictive maintenance tools—which analyze real-time aircraft sensor data to flag mechanical anomalies before they become failures—are becoming more common among larger carriers. Similarly, flight operational quality assurance (FOQA) programs allow airlines to analyze every flight for deviations from standard procedures, catching patterns that might otherwise only surface after an incident.
The gap between carriers using these tools and those that don’t is measurable. IOSA-audited airlines continue to significantly outperform non-IOSA carriers on every major safety metric. The challenge is extending these standards globally, particularly to carriers in regions where regulatory oversight is weaker.
Regulatory Oversight: Where the Gaps Are
International aviation safety is governed by standards set by the International Civil Aviation Organization (ICAO), with enforcement carried out by national regulators like the FAA in the U.S. and EASA in Europe. The system works well where regulators are well-funded and independent. Where they’re not, the results show up in accident statistics.
Africa, for example, recorded the highest accident rate of any region in both 2024 and 2025, according to IATA data. The continent also has the lowest rate of accident investigation report completion—just 19% of investigations were completed and published in line with the Chicago Convention’s obligations. Without complete investigation reports, the entire global safety improvement system is undermined. Lessons from accidents in one country can’t inform safety changes elsewhere if the data is never published.
IATA has pushed for stronger global compliance, including a centralized platform consolidating safety recommendations from investigation reports. The principle is straightforward: every accident contains lessons, and those lessons only reduce future risk if they’re shared.
Environmental and External Factors Beyond the Cockpit
Pilots and air traffic controllers operate within systems they don’t control. Weather, airspace design, airport infrastructure, and geopolitical conditions all shape the environment in which every flight operates.
Runway safety areas, for example—the cleared zones beyond runway ends designed to minimize damage in overrun accidents—aren’t standardized globally. IATA noted in its 2025 safety report that rigid obstacles near runways increased accident severity in multiple 2025 events, likely turning survivable events into fatal ones. Airport design decisions made decades ago are now contributing to crash outcomes.
In North America, the FAA’s five-year average accident rate remains low, but 2025 saw an uptick: 16 accidents compared to 14 in 2024, with fatality risk rising from zero to 0.21 per million flights. The Washington, D.C., midair collision drove much of that change—but the broader pattern of rising traffic, controller shortages, and infrastructure strain means the region can’t take its safety record for granted.
The Future of Aviation Safety
Aviation has an unmatched institutional commitment to learning from every accident. No other transportation mode treats each fatality as a systemic failure to be analyzed and prevented in future. That commitment is reflected in the decades-long trend of declining accident rates.
The next decade will test that commitment in new ways. Air traffic is expected to keep growing. Pilot and controller pipelines will take years to refill. Climate change will continue altering weather patterns. New aircraft technologies—electric regional jets, advanced air mobility vehicles—will introduce fresh regulatory and operational challenges.
The responses already taking shape include next-generation air traffic control systems (the FAA announced a three-year rebuild in May 2025), expanded use of predictive maintenance, strengthened international safety audits, and renewed focus on runway safety infrastructure.
There’s also a growing push for real-time airspace risk monitoring—platforms that can synthesize flight data, weather conditions, and communication patterns to flag hazards before they escalate. Whether these tools are adopted widely enough, and quickly enough, will shape the safety record of the next decade.
Frequently Asked Questions
Are plane crashes actually increasing?
Not significantly. The global all-accident rate improved from 1.42 per million flights in 2024 to 1.32 in 2025, according to IATA. The five-year trend line for fatal accidents shows improvement: one fatal accident per 5.6 million flights (2021–2025), compared to one per 3.5 million flights a decade earlier. What has increased is media coverage and public awareness of incidents.
Why do planes keep crashing in 2025?
Several converging factors are contributing to elevated incident numbers: rising air traffic without equivalent infrastructure upgrades, pilot and air traffic controller shortages, aging aircraft in some parts of the fleet, increasing weather volatility, and GPS interference from conflict zones. None of these factors have reversed the long-term improvement trend, but they explain why the safety system is under more pressure than it was five years ago.
Why did the Washington, D.C., plane crash happen?
In January 2025, an American Airlines regional jet (operated as PSA Airlines Flight 5342) collided with a U.S. Army Black Hawk helicopter near Reagan National Airport, killing 67 people. Investigations pointed to a failure to manage airspace risks in real time, with congested airspace shared between commercial and military aircraft. The crash was the deadliest U.S. airline accident in nearly 20 years.
Is flying safer than driving?
By a wide margin. The National Safety Council estimates Americans face roughly a 1-in-93 lifetime chance of dying in a car crash. Commercial aviation fatalities are so rare that equivalent lifetime odds can’t be reliably calculated. According to Bureau of Transportation data, commercial flight consistently represents near-zero percent of annual U.S. transportation fatalities, while cars and trucks account for the vast majority.
What causes most plane crashes?
Human error remains the leading factor in aviation accidents across all categories—commercial, private, and cargo. This includes poor decision-making during approach, fatigue-related lapses, and failures in crew communication. Mechanical failures, weather, and infrastructure issues contribute but are secondary in most investigations.
Why are smaller planes or regional carriers more likely to crash?
Non-commercial and smaller operators generally face less rigorous regulatory oversight, operate older equipment, and have less access to advanced safety technologies. IATA data from 2025 shows that non-IOSA-audited carriers had an accident rate of 2.55 per million flights, versus 0.72 for IATA member airlines. The safety gap between well-regulated commercial carriers and less-regulated operators is significant and consistent.
What the Numbers Tell Us—and What They Don’t
Aviation safety is genuinely improving. The data is clear on that. A decade of declining accident rates, increasing flights without proportional increases in accidents, and a global infrastructure built around learning from every incident—these are real achievements.
But the system is under pressure. Stretched infrastructure, staffing shortfalls, climate volatility, and geopolitical disruption are all real variables. The question isn’t whether flying is safe—it is, by almost any measure. The question is whether the safety culture that produced that record is being maintained with the same rigor as air travel scales to meet global demand.
For now, the answer appears to be mostly yes. The challenge is making sure it stays that way.
