The Pitt River Bridge, a crucial transportation link in the region, is closed in both directions following a major accident that occurred early this morning. The collision involved multiple vehicles and has led to a significant disruption in traffic, affecting thousands of commuters and travelers who rely on this route daily.
The accident was reported around 6:30 AM, when emergency services were alerted to a serious crash on the bridge.
Initial reports indicate that a truck, transporting goods, collided with several passenger vehicles in a chain reaction.
The severity of the crash resulted in extensive damage to all the involved vehicles, and debris from the collision has spread across both lanes of the bridge.
The impact has also caused significant structural damage to the bridge itself, necessitating a thorough inspection and assessment by engineers.
Emergency responders, including police, fire crews, and paramedics, arrived at the scene promptly to provide assistance.
The rescue operations were complex due to the extensive damage and the hazardous conditions created by the collision.
Several individuals have been reported injured, and they have been transported to nearby hospitals for treatment.
The exact number of casualties and their conditions are still being assessed as authorities work to manage the aftermath of the accident.
As a result of the incident, the Pitt River Bridge has been closed in both directions to allow for the safe removal of wreckage and to conduct a detailed examination of the bridge’s structural integrity.
Traffic is being redirected to alternative routes, leading to significant delays and congestion in surrounding areas.
Authorities are conducting an investigation to determine the cause of the accident, including examining factors such as driver behavior, road conditions, and vehicle maintenance.
The closure is expected to remain in place for an extended period while the investigation continues and repairs are made.
Commuters are advised to seek alternative routes and to expect ongoing delays in the area.