US Navy reports highest number of Class A aviation, afloat mishaps in 10 years

Fiscal 2026 produced 27 Class A mishaps across Navy aviation and afloat operations. The breakdown was 16 aviation mishaps and 11 involving ships or other afloat activity. Together, they formed the Navy’s highest number of unplanned catastrophic aircraft and vessel events in a decade. That makes the figure a broad warning about operational risk.

The total includes events with major damage or severe human consequences. Examples include an MH-60S Sea Hawk’s emergency landing, a fire aboard USS Gerald R. Ford, a failed arresting gear system on USS Dwight D. Eisenhower, and an F/A-18F engine fire. These incidents happened in combat settings, training, and other operations.

The decade-high total does not mean every mishap had the same cause or outcome. Some caused deaths or injuries, while others involved major damage without injuries. The Navy Safety Command released and updated the figures, while investigations into individual events can clarify their causes and guide safety improvements.

The Navy classifies an event as Class A when it causes at least $2.5 million in damage or destruction to an aircraft, or when it leads to fatalities or permanent total disability. The category therefore captures both major financial loss and the most severe human outcomes. It provides a consistent way to count serious aviation and afloat mishaps.

The dollar threshold matters because aircraft and naval equipment are costly, and extensive damage signals a major operational failure even when everyone survives. The human-impact criteria ensure that an event is Class A because of permanent harm, regardless of its repair bill. A helicopter crash, a major shipboard fire, or a failed landing system can qualify through different pathways.

The category helps leaders compare serious events over time and identify where risk is concentrated. However, it does not describe every injury, near miss, or smaller accident. Those events may still reveal hazards before they become Class A mishaps.

The reported total included several major incidents linked to Navy operations in the Middle East and elsewhere. An MH-60S Sea Hawk made an emergency landing in the Arabian Sea, USS Gerald R. Ford suffered a laundry-room fire, an E/A-18G Growler landing failed aboard USS Dwight D. Eisenhower, and an F/A-18F Super Hornet developed an engine fire over Nevada.

The helicopter incident occurred during the Iran war but was not caused by hostilities. The Ford fire was also non-combat, despite occurring in the Red Sea during Operation Epic Fury. The Eisenhower mishap happened off Virginia during a carrier landing, while the Super Hornet fire occurred during a routine training mission over Naval Air Station Fallon.

These examples show that the total was not limited to enemy action. Combat support, carrier operations, training flights, and shipboard work all carried serious risks. The article does not identify every one of the 27 mishaps, so these are highlighted examples rather than a complete list.

The consequences ranged from loss of life to injuries, aircraft damage, ship damage, and interrupted missions. A sailor missing after the Sea Hawk’s emergency landing was later presumed dead, while three crewmates were rescued. The Ford fire injured three sailors, and one required evacuation for medical treatment.

The incidents also disrupted equipment and living conditions. The Ford fire lasted more than 30 hours and damaged over 600 sailors’ sleeping arrangements. Many sailors had to sleep on floors and tables. The carrier then left the theater for several days and traveled to Split, Croatia, for maintenance. At Eisenhower, two pilots ejected after arresting gear failed, and six sailors and two aviators were injured.

Not every event caused injuries. The Super Hornet crew safely landed after its left engine fire. Together, the incidents consumed rescue, medical, maintenance, and investigative resources. They also reduced operational availability and highlighted the consequences of failures during both combat support and routine missions.

The article states that the Navy is investigating the cause of the Sea Hawk’s controlled crash. It also identifies the Navy Safety Command as the source of the mishap data. Together, those details show two connected roles: investigating individual events and tracking patterns across the service. The article does not name a specific investigative office for every incident.

A mishap investigation can examine what happened, when it happened, and which conditions contributed. In the Sea Hawk case, investigators must determine why an emergency landing occurred, while also considering that the crash was not caused by hostilities. Similar reviews could examine the Ford fire, the arresting gear failure, or the Super Hornet engine fire.

Once causes are established, leaders can use findings to change procedures, improve training, repair or redesign equipment, and reduce repeat hazards. The Navy’s updated totals can also show whether risks are rising. Those improvements depend on evidence, because the article does not state the final causes or recommendations for these events.

Aircraft carriers have very short landing decks, so returning jets need a rapid stopping system. Arresting gear catches a jet as it lands and helps bring it to a stop before it runs beyond the deck. This allows carrier aircraft to recover at sea despite limited runway length. The article identifies arresting gear as part of the Eisenhower landing mishap.

On Sept. 28, two pilots attempted to land an E/A-18G Growler aboard USS Dwight D. Eisenhower off Virginia. An arresting gear failure prevented the normal stopping process. The pilots ejected from the aircraft, and six sailors and two aviators were injured. The article does not specify whether the aircraft was recovered or how the gear failed.

The incident shows why carrier landing systems are safety-critical. A failure leaves little distance and time for correction. Ejection can protect the crew when a landing becomes uncontrollable, but it cannot prevent aircraft loss or all injuries. Investigation findings may identify equipment, maintenance, or operating changes, though the article gives no final conclusion.

A record number of Class A mishaps is an important warning signal. It shows that the Navy experienced more events meeting its most serious damage or human-harm criteria than in the previous decade. Leaders can use the pattern to ask whether training, maintenance, equipment, operating tempo, or mission conditions need closer review.

The 2026 examples show why the count requires context. The total includes a combat-support deployment, a shipboard fire, a carrier landing failure, and a routine training engine fire. These events had different causes and consequences. A simple total can reveal scale, but it cannot explain why the mishaps happened or which hazard deserves priority.

The measure also misses events below the Class A threshold, including near misses, smaller injuries, and damage under $2.5 million. It does not show exposure, such as how many flights, landings, or ship-days occurred. Established safety analysis therefore pairs serious-event counts with rates, causes, severity, and leading indicators. The article provides only the Class A tally.