13 people injured, 3 seriously, after airport shuttle bus hits wall at Newark Liberty International Airport

An employee shuttle bus crashed into a wall at Newark Liberty International Airport, resulting in injuries to thirteen people. According to reports, the vehicle slammed into concrete, causing multiple individuals to be transported to the hospital for medical treatment. Emergency response teams were deployed to the scene at Newark Liberty International Airport (EWR) to handle the aftermath of the collision and provide care to those affected by the impact. Coverage of the accident has been reported by several major news outlets, including ABC7 New York and 6abc Philadelphia, both of which specified that thirteen people were injured and three of those injuries are categorized as serious.

NBC New York described the event as a shuttle bus slamming into concrete, while News12 New Jersey focused on the fact that the vehicle involved was an employee shuttle bus. PIX11 also reported on the incident, noting that multiple people were injured based on information provided by their sources. This incident occurred at Newark Liberty International Airport, a major transportation hub. The specific nature of the crash involving a shuttle bus used for employees highlights a safety event within the airport's ground transportation infrastructure.

While the reports confirm the number of injured parties and the type of vehicle involved, the coverage does not yet specify the exact time of the crash or the specific terminal or area of the airport where the wall was struck. Future updates will likely focus on the condition of the three seriously injured passengers and any findings from official investigations into the crash. Observers will be looking for information regarding the cause of the accident and whether any disciplinary or safety reviews are being conducted. Currently, the available reporting from News12, ABC7, PIX11, NBC New York, and 6abc Philadelphia remains centered on the immediate casualty count and the basic details of the collision.