British Airways A350 Loses Wheel During Takeoff in Las Vegas
A British Airways Airbus A350 lost a wheel during takeoff from Las Vegas, prompting inspections and renewed focus on aircraft maintenance safety.
A British Airways Airbus A350 experienced a rare but serious mechanical incident after a wheel reportedly detached during takeoff from Las Vegas, raising fresh questions around aircraft maintenance oversight and operational safety in commercial aviation.
The incident occurred as the widebody aircraft departed Harry Reid International Airport, with footage captured by observers showing a wheel separating from the landing gear assembly shortly after rotation. Despite the unusual failure, the aircraft continued its departure and subsequently completed a precautionary return, allowing passengers to disembark safely without reported injuries.
British Airways later confirmed the event and stated that the aircraft was taken out of service for detailed inspections. The airline emphasized that safety procedures were followed and that the aircraft’s redundant systems allowed for a controlled outcome. Aviation experts note that while wheel detachments are extremely uncommon, modern aircraft are designed to tolerate specific component failures without immediate loss of control.
The Airbus A350, one of the most technologically advanced widebody aircraft in service, features reinforced landing gear assemblies and multiple layers of safety redundancy. Incidents involving landing gear components are rare and typically linked to maintenance irregularities, foreign object damage, or manufacturing wear rather than systemic design flaws.
Regulatory authorities and maintenance teams are expected to conduct a thorough investigation into the detached wheel, including an examination of axle assemblies, torque fittings, and recent maintenance records. Such reviews are standard practice following ground‑visible component failures and are aimed at preventing recurrence across global fleets.
The event also highlights the increasing role of bystander footage and airport cameras in aviation safety analysis. Videos shared online provided immediate visual evidence of the failure, accelerating awareness among aviation authorities and industry stakeholders. While social media often amplifies concern, experts caution that isolated mechanical failures do not necessarily indicate broader safety risks.
British Airways has faced heightened operational scrutiny in recent years as airlines worldwide balance fleet utilization, cost pressures, and maintenance scheduling amid strong post‑pandemic demand. Industry analysts point out that as global flight activity continues to rise, maintenance reliability and turnaround discipline remain critical to operational resilience.
Airbus has not indicated any immediate fleet‑wide concerns related to the A350 landing gear system, and no service bulletins or airworthiness directives have been issued in connection with the Las Vegas incident. Any findings from the investigation will be shared with operators if systemic risks are identified.
From an operational standpoint, the incident underscores the importance of pre‑departure inspections and post‑event transparency. Airlines increasingly rely on predictive maintenance tools, sensor data, and AI‑driven diagnostics to identify potential component stress before failures occur. Events such as this reinforce the need for continued investment in these technologies.
For passengers, the safe outcome serves as a reminder of aviation’s layered safety framework. Even when mechanical anomalies occur, aircraft design standards and crew training ensure controlled responses. While the sight of a wheel detaching during takeoff is alarming, aviation safety professionals stress that such incidents remain exceptionally rare.
As investigations proceed, the Las Vegas takeoff incident will likely be used as a case study in maintenance best practices and component lifecycle monitoring. For British Airways and the wider industry, the focus now turns to lessons learned and reaffirming confidence in aircraft safety systems.

