China Eastern A350 hits jet bridge twice at Shanghai Hongqiao

A China Eastern Airbus A350-900 arriving in Shanghai from Chengdu repeatedly struck a passenger boarding bridge at Shanghai Hongqiao International Airport on May 2, 2026, in a ground incident that damaged the aircraft and terminal equipment but caused no reported injuries.

Unusual gate incident after routine domestic flight

Publicly available flight data and media coverage indicate that the aircraft involved was a five-year-old Airbus A350-900 operating as China Eastern flight MU5406 from Chengdu Shuangliu to Shanghai Hongqiao. The widebody jet touched down normally late on Saturday morning and began taxiing to its assigned stand at the busy city airport.

As the aircraft approached the gate at low speed, it failed to come to a complete stop and its left side made contact with the passenger boarding bridge. Images and video shared on social platforms show the left wing and engine area striking the structure, leaving visible deformation to panels on the jet bridge and damage to the aircraft’s leading edge.

According to published coverage, the crew then used engine reverse thrust in an apparent attempt to back the A350 away from the bridge. The aircraft briefly rolled backward before moving forward again and striking the jet bridge a second time, an unusual sequence that has drawn intense scrutiny from aviation observers.

China Eastern later issued a public apology and described the event as the result of a mechanical malfunction during taxi-in. No injuries among passengers, crew, or ground personnel have been reported, but both the aircraft and boarding bridge remained out of service pending inspections and repairs.

Reports point to brake-system anomaly and reverse thrust use

Detailed analyses in aviation specialist outlets and on enthusiast forums highlight evidence consistent with a significant braking-system problem on the A350. Screenshots circulating online, described as cockpit alert messages, suggest multiple braking modes were unavailable shortly before the collision. While these images have not been formally authenticated by investigators, they align with the crew’s visible reliance on reverse thrust at the stand.

The Airbus A350 is designed with several layers of redundancy in its brake architecture, including normal, alternate, and emergency braking functions. A complete loss of braking authority is regarded as highly unlikely, making the Hongqiao occurrence notable within the industry. Commentators note that if hydraulic or electronic control channels were degraded, the crew may have had limited options to slow the aircraft once it was on the stand centerline.

Video examined by aviation media appears to show the engine thrust reversers deployed as the A350 first comes into contact with the jet bridge, then stowed as the aircraft rolls back and pivots slightly. Once reverse thrust is removed, residual forward thrust and the slight slope of the stand could explain why the aircraft moved forward again and delivered a second, more forceful impact.

While some online discussion has speculated about inadvertent power settings or throttles, early technical commentary tends to focus on a combination of brake-system anomalies and the challenges of controlling a large twin-engine jet in close proximity to terminal infrastructure when primary stopping systems are degraded.

Damage assessment and operational fallout at Shanghai Hongqiao

Photographs taken after the incident show the A350’s left wing root and nacelle area pressed against the twisted remains of the boarding bridge, which appears to have suffered structural damage at the cabin-door interface. The aircraft’s skin around the wing leading edge, fairings, and possibly engine inlet shows signs of impact, though the full extent of internal structural damage has not been disclosed.

Reports indicate that passengers remained on board until ground teams confirmed the area was safe and arranged controlled disembarkation. With the jet bridge damaged and the aircraft’s position nonstandard, airport staff appear to have relied on alternative equipment to offload passengers and secure the scene.

The stand involved was temporarily closed, and operations at Shanghai Hongqiao were adjusted as ground crews removed debris and assessed the integrity of adjacent gates. Available information suggests broader airport activity continued with limited disruption, though the affected pier likely operated at reduced capacity while checks were carried out.

The aircraft, registered B-324W, has reportedly been moved to a remote stand or hangar area for inspection. Structural repairs to a composite-wing widebody and a major terminal boarding bridge can be extensive, raising the possibility that the jet will remain out of commercial service for an extended period.

Safety record, public perception, and regulatory scrutiny

The event comes as China Eastern continues to work on rebuilding its safety reputation following the fatal Boeing 737 crash in 2022, which remains the subject of ongoing international interest. Commentaries in aviation publications note that the Shanghai ground collision, while causing no casualties, will likely renew attention on the airline’s internal safety culture, maintenance oversight, and crew training.

Observers point out that modern air transport operates with extremely low accident rates, and non-injury ground occurrences such as the Hongqiao jet bridge collision are categorized as serious incidents rather than accidents. Nonetheless, a dramatic video of a flagship long-haul aircraft striking terminal infrastructure twice has a strong impact on public perception and can influence traveler confidence in the short term.

Regulatory bodies are expected to examine technical data from the aircraft’s onboard systems, including recorded messages related to braking, hydraulics, and engine control. Ground surveillance footage and tower recordings will also be key to reconstructing the sequence of events and assessing how the crew and ground teams managed the evolving situation.

Depending on the outcome of the investigation, safety recommendations could address both aircraft systems and airport procedures, including guidance for handling suspected brake anomalies during taxi and the criteria for stopping an aircraft on the taxiway and requesting tug assistance rather than continuing to the stand.

Focus turns to A350 systems and ground-handling procedures

The Hongqiao incident has also directed attention toward the Airbus A350’s brake-by-wire and hydraulics design. Specialists contributing to public analyses have outlined potential failure paths in which sensor issues, hydraulic leaks, or electronic control faults might degrade braking authority while still leaving other flight controls and systems functioning normally, masking the severity of the problem until the aircraft is close to the gate.

Airframe manufacturers and operators routinely share data from such events across global safety programs to identify rare failure combinations and refine checklists. If investigators confirm a systemic vulnerability or an unanticipated failure mode, airlines operating the A350 could see updated maintenance inspections, software revisions, or modified cockpit procedures for taxi-in when brake warnings appear.

Ground-handling practices are also under review in online discussion, particularly the decision-making threshold for stopping a potentially compromised aircraft short of the terminal. Some analysts suggest that when any uncertainty exists about brake performance, using a tug to reposition the aircraft the final few meters to the gate may be safer than relying on engine thrust and residual braking in tight spaces.

For travelers, the incident is a reminder that even highly automated, modern aircraft can experience rare and unsettling mechanical issues. Industry data, however, continues to show that serious injuries from gate collisions are uncommon, and that systematic investigation of such events typically leads to incremental safety improvements across fleets and airports worldwide.