FAA reviews twin tire failures on landings at O'Hare

Federal aviation regulators are reviewing two separate landing incidents at Chicago O’Hare International Airport after passenger jets from different airlines reportedly suffered blown tires on arrival within a short period, prompting runway checks and brief disruptions at one of the nation’s busiest hubs.

Back-to-back tire failures raise safety questions

According to published coverage and aviation tracking data, the incidents occurred on Tuesday, August 18, 2026, when two separate commercial flights experienced tire failures while landing at Chicago O’Hare. One aircraft operating for a major U.S. carrier reported multiple blown main-gear tires on rollout, while a second aircraft from another large airline reported a similar problem less than an hour later.

Reports indicate that both jets were able to remain on the runway surface and come to a controlled stop. Passengers deplaned in the normal manner after each event, and there were no immediate reports of injuries among travelers or crew. Airport rescue and firefighting units responded in line with standard procedures and escorted the aircraft off the active runway once inspections were completed.

Publicly available information from flight-status services shows that arrivals to certain O’Hare runways were briefly delayed while runway surfaces were checked for debris and possible damage. The quick succession of two tire failures on landing, involving different flights and airlines, prompted additional scrutiny from federal regulators.

Aviation observers note that isolated tire blowouts do occur in commercial service, particularly at large hub airports with high movement counts. However, two similar events in close temporal proximity at the same airport are drawing additional attention from safety agencies and industry analysts.

FAA launches review of circumstances and procedures

According to public statements reported in national and local news coverage, the Federal Aviation Administration has opened an investigation into the circumstances surrounding both landings. The review is expected to focus on the condition of the aircraft tires, adherence to weight and speed limitations, runway surface conditions and any potential maintenance or procedural issues.

Investigations of this type typically involve collecting flight data recorder information, maintenance and inspection records, and crew reports, as well as air traffic control recordings and airport operations logs. Regulators will also examine recent tire servicing history, including inflation pressures, tread wear and replacement intervals, to determine whether any mechanical or human factors contributed to the failures.

Published reports indicate that the FAA’s review is still in the preliminary phase, and no findings of fault or systemic problems have been announced. At this stage, investigators generally avoid drawing conclusions until technical analysis and interviews are complete, a process that can take weeks or months depending on the complexity of the case.

The current inquiry will be watched closely by airlines that operate large fleets through Chicago O’Hare, as any recommendations related to tire inspection standards, landing performance margins or runway maintenance could have implications across the industry.

Operations continue at major Midwest hub

Despite the disruption associated with the two events, operations at O’Hare continued throughout the evening with only modest delays reported by airline status boards and flight-tracking platforms. Runways affected by the incidents were temporarily closed for inspection, while arrivals and departures were routed to other surfaces in O’Hare’s extensive runway network.

Airport operations summaries published after the incidents indicate that ground crews conducted runway sweeps to remove any rubber fragments or debris potentially shed during the tire failures. Such inspections are designed to prevent foreign object damage to subsequent aircraft and to verify that no structural harm has occurred to the pavement.

Travelers transiting O’Hare experienced some knock-on delays as aircraft involved in the incidents were towed from the runway to maintenance areas for inspection and tire replacement. However, there were no indications of long-term operational impacts or large-scale cancellations linked directly to the tire blowouts.

For one of the affected flights, publicly available schedules show that the aircraft was removed from service for additional checks, a routine step when a landing gear or braking anomaly is reported. Airlines typically return such aircraft to service only after maintenance teams clear the systems and document corrective actions.

How common are landing tire blowouts?

Aviation safety databases and historical accident reports show that landing-gear tire failures are a known, though relatively infrequent, occurrence in commercial aviation. Tires on large passenger jets operate under extremely high loads and pressures and can be affected by factors such as wear, heat buildup, runway contaminants and occasional hard landings.

In the vast majority of cases documented in public records, a single tire failure during landing does not lead to serious injury or hull loss, particularly on multi-axle main gear designed to tolerate the loss of one tire. Modern aircraft are engineered with redundancy in wheel and brake systems to help maintain directional control and stopping capability even after a blowout.

Nonetheless, multiple simultaneous tire failures, or failures occurring at high speed, can pose greater challenges and may lead to runway excursions if braking performance or steering is compromised. This is one reason regulators closely track such events and sometimes issue safety bulletins or updated guidance when patterns emerge.

Past investigations, as reflected in publicly accessible federal reports, have occasionally led to changes in maintenance practices, tire manufacturing standards or crew training related to rejected takeoffs and high-speed landings. Safety specialists will be looking to see whether the O’Hare events fit known patterns or suggest new areas of concern.

Focus on maintenance, environment and crew performance

Analysts following the O’Hare incidents suggest that investigators are likely to consider three main areas: aircraft maintenance and tire condition, environmental and runway factors, and crew performance during landing and rollout. Each element can influence the likelihood of a tire failure and the severity of any resulting event.

Maintenance records will be reviewed for evidence of recent tire changes, pressure checks, or deferred defects related to the landing gear. Environmental data such as temperature, recent precipitation and any reported runway contamination at the time of landing can help determine whether external conditions played a role.

Flight data will also allow specialists to reconstruct approach and landing parameters, including speed over the threshold, rate of descent and touchdown point, which are key to understanding the loads placed on the landing gear. According to publicly available safety guidance, properly flown stabilized approaches generally reduce the risk of hard landings that can stress tires and wheels.

For airlines, the twin incidents serve as a reminder of the importance of rigorous tire inspection regimes, timely replacement of worn components and close coordination between pilots, dispatchers and maintenance teams. For travelers, the events highlight how multiple layers of design, training and oversight are intended to ensure that even unexpected technical problems on landing result in controlled outcomes and continued confidence in air travel.