Is Flying Safe in 2025? What Real Incidents and Latest Data Reveal

Joanna Teljeur

By:  Joanna Teljeur

7 minutes read

Last Updated:  February 13, 2026

Reviewed by:  Anton Radchenko

For many travellers, the idea of flying is a source of stress, fear, or deep discomfort. Whether it’s the noise of the engines during takeoff, the occasional jolt of turbulence, or the thought of being tens of thousands of feet above the ground, flying taps into fears that can feel very real, even if they are not statistically justified.

These fears are often made worse by the media landscape we live in. When a plane experiences a mechanical issue or an emergency landing, it often becomes a headline. And when tragic accidents do happen, as they occasionally have in 2024 and so far in 2025, the coverage can be overwhelming. So, is flying still the safest way to travel?  

The Truth About Aviation Safety

The good news is that flying is safer now than it has ever been. Aviation professionals around the world, from pilots to engineers to air traffic controllers, operate within one of the most tightly regulated and meticulously monitored industries in the world.

Every commercial flight is the product of thousands of checks, protocols, and highly trained decisions. And while no system is entirely free from risk, the scale and consistency of global aviation safety data make one thing clear: flying remains the safest way to travel long distances.

So, let’s look at the most recent aviation safety data from 2024 and 2025, explore some of the more serious incidents and what we’ve learned from them, and find out why flying is still one of the safest forms of transportation. 

How Often Do Accidents Happen?

According to the International Air Transport Association, the aviation industry operated approximately 40.6 million commercial flights in 2024. Of these, there were 7 fatal accidents resulting in 244 deaths. 

This equates to an accident rate of 1.13 per million flights and a fatality risk of just 0.06 per million flights¹. While this shows a slight rise compared to 2023, when only one fatal accident occurred, the figure remains significantly below the five-year average. So, statistically speaking, you would need to take a flight every day for more than 18,000 years before facing a fatal risk¹.

And safety has also been improving steadily through the years. Between 2011 and 2015, the global average was one accident for every 456,000 flights. From 2020 to 2024, that improved to one in 810,000, according to IATA¹. 

Recent Accidents

Every year, tens of millions of commercial flights operate safely. But when a crash does happen, it makes you wonder if it could happen to you. The table below shows key plane accidents that happened in 2024–2025. 

Understanding Each Tragedy & What It Teaches Us

1. Tokyo’s Haneda Airport collision involved a Japan Airlines A350 and a Coast Guard aircraft. While five crew members in the latter died, all A350 passengers survived due to swift evacuation⁵.
2. In Malaysia, a mid-air collision between two Royal Navy helicopters during a rehearsal claimed ten lives⁶. 
3. In Nepal, pilot error during takeoff led to a deep stall and crash, killing 18 of the 19 onboard⁷. 
4. Brazil’s Voepass Flight 2283 encountered icing conditions and crashed in a flat spin, killing all passengers and crew⁸. 
5. An engine fire aboard Swiss Flight 1885 required an emergency landing in Austria; one crew member died, but all passengers survived⁹.
6. In January 2025, a mid-air collision between a regional jet and a military helicopter near Washington, D.C., killed 67 people. This led to immediate changes in flight path regulations by the FAA¹⁰. 
7. The Air India crash in June 2025 became the worst commercial aviation accident of the period, prompting global reviews of fuel management systems and pilot training protocols¹¹ ¹².

Even though these accidents tragically cost many lives, they still show a system in action. The failures that caused these incidents were identified and rigorously investigated, which led to important lessons and more flight safeguards. National agencies and international bodies, for example, took additional steps to enhance flight monitoring, aircraft design, staff training, route planning, and passenger safety mechanisms to prevent anything similar from happening in the future.

Why Flying Is Still the Safest Way to Travel

First, aircraft are engineered with redundancy in every system. This means that the most critical components, such as engines, hydraulic systems, electrical circuits, and avionics, have backups built in. For example, most commercial aircraft are equipped with at least two engines and are designed to continue flying, and even land safely, with only one engine in operation. Similarly, flight control systems are powered by multiple hydraulic units, so if one fails, others can maintain full operability.

Electrical systems are equipped with backup generators and batteries in case the main system fails. Navigation and communication tools are often duplicated, allowing pilots to switch to an alternative system without losing situational awareness. 

Pilots train rigorously to manage emergencies, including system failures, adverse weather, and in-flight emergencies. Their regular training courses include simulator-based scenarios designed to mimic worst-case conditions so that, in real life, they can respond with speed and precision.

Also, it’s important to understand that go-arounds and flight delays due to safety checks are signs of safety, not danger. A go-around (when a pilot aborts a landing) is a routine decision made for safety reasons, not a failure. Similarly, when a flight is delayed for maintenance or inspection, it is often a sign that the airline is choosing caution over risk.

New technology also enhances these safeguards. Advanced weather radar systems allow aircraft to detect and avoid storms long before turbulence is felt. GPS-based routing helps with more precise navigation and reduces the likelihood of human error. Meanwhile, onboard automation systems monitor everything from engine performance to cabin pressure, providing instant alerts to flight crews and maintenance teams if something needs attention¹³.

These overlapping layers of design, training, and technology work together to ensure that flying remains the most safety-conscious form of travel in the world.

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What the Future Holds for Flight Safety

The FAA’s NextGen system delivered $12.3 billion in benefits in 2024, including the reduction of delays and the improvement of real-time tracking². Innovations like SmartRunway, deployed by Southwest Airlines on its Boeing 737 fleet, give pilots real-time alerts during critical phases of flight¹⁴.

Then, there are predictive maintenance algorithms that detect equipment wear before it becomes dangerous. AI now monitors thousands of sensor inputs per second, identifying anomalies that could indicate mechanical failure¹⁵. Another development is bio-inspired wing technology to reduce drag and enhance flight stability¹⁶.

And these advancements are helping flight be a little greener. BETA Technologies managed the first electric-powered passenger flight in the United States in June 2025. The ALIA aircraft flew four passengers from East Hampton to JFK using just $8 in electricity¹⁷. Also, urban air mobility pilots by Joby Aviation have launched in New York, adding another safe, efficient transport mode¹⁸.

These changes are all about reducing risk, increasing safety, and transforming flying into an even more secure experience. 

Final Thoughts

So even with the recent and tragic events of 2025, flying is still one of the safest ways to travel.. For every heartbreaking incident, there are millions of quiet, uneventful, and expertly managed flights. The commitment to safety by aviation professionals, regulators, and engineers ensures that your next flight is built on layers upon layers of protection.

Author:

Joanna Teljeur

Job/Position: Senior Editor & Content Lead

Joanna Teljeur is a senior editor and writer with 15+ years of experience in editorial leadership, journalism, and content development, specialising in consumer rights, aviation law, and public-interest reporting. Her work focuses on transforming complex regulatory and legal topics into clear, accurate, and accessible content for international audiences.

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