Multiple Tire Failures on American and United Jets at Chicago O'Hare Prompt FAA Investigation and Runway Safety Review

What happened

A cluster of tire failures on commercial aircraft at Chicago O'Hare International Airport has drawn an FAA investigation and closer scrutiny of runway conditions and aircraft maintenance. At least three high-profile incidents occurred within the span of several days, involving [American Airlines](/entities/2c7ad8a1335f52e1a02825d740e1afa5) and [United Airlines](/entities/396eb751cec95bedb6b03c0a15265a3c) aircraft.

An American Airlines Boeing 737 suffered two blown tires on touchdown at O'Hare; the aircraft remained on the runway, passengers were bused to the terminal, and the jet was towed away for inspection, with no injuries reported. Later the same day, a United Airlines flight arriving from Omaha experienced a tire failure while exiting the runway, the second landing-gear tire problem at the airport that day. Days earlier, a separate United Airlines jet aborted its takeoff when multiple tires blew at high speed during the departure roll, scattering rubber fragments along the pavement and forcing passengers to deplane on the runway. Pilots of nearby aircraft reported seeing chunks of tire scattering behind the United jet as it rolled to a stop.

The FAA confirmed it is investigating the cluster, focusing on the three closely spaced events. Investigators are reviewing maintenance records, runway inspection logs and air traffic control data. Each incident prompted standard emergency responses, including foreign object debris inspections to locate and remove rubber fragments, wheel parts or metal, and caused temporary runway closures and routing changes with delays measured in minutes. Local news outlets also documented an earlier incident in which an American Airlines flight arrived from Miami with flat main-gear tires, requiring a prolonged runway-side response.

How it unfolded

Industry impact & what to watch

Clustered mechanical failures at a single busy airport routinely draw this kind of scrutiny even when each event individually falls within the range of rare but expected occurrences. Investigators are examining whether runway surface conditions, high temperatures, braking loads or maintenance deficiencies played a role, and are weighing whether the O'Hare cluster reflects a shared cause or simply a statistical grouping at a high-volume hub.

Runway safety at major hubs depends on rapid debris clearance and inspection cycles precisely because a single failure can leave rubber, wheel parts or metal fragments hazardous to the next aircraft using that surface. The FAA's review of maintenance and inspection logs across two carriers, rather than a single operator, indicates the agency is treating this as a possible airport-level or environmental factor rather than an isolated fleet issue.

The next milestone is whatever the FAA's review of maintenance records and runway logs turns up, and whether it points to a shared mechanical cause, a runway surface issue, or confirms the events as an unrelated cluster.