M62 Crash Today – Westbound Motorway Blocked at J21 Near Rochdale After Severe Collision
A serious collision on the M62 has caused major disruption for motorists after the westbound carriageway was fully or partially blocked near Junction 21, close to Rochdale. The incident, which occurred during a busy travel period, has led to long delays, congestion, and a significant emergency response on one of the North West’s key motorway routes.
The crash took place on the stretch of road near M62 Motorway, a major trans-Pennine route connecting Liverpool, Manchester, Leeds, and Hull. Traffic in the area quickly built up as emergency services responded and lanes were closed for safety and recovery operations.
Emergency Response and Scene Management
North West Ambulance Service, police units, and motorway traffic officers were dispatched to the scene shortly after reports of the collision were received. The severity of the crash prompted a rapid multi-agency response, with paramedics assessing those involved while fire crews assisted with vehicle recovery and road safety measures.
Highways officers implemented lane closures and traffic diversions to allow emergency teams to work safely. Motorists approaching Junction 21 were advised to seek alternative routes as congestion stretched back for several miles along the westbound carriageway.
Authorities have not yet confirmed the number of vehicles involved or the extent of injuries, but early reports suggest the collision was significant enough to require a prolonged closure while investigations and clear-up operations take place.
Traffic Chaos and Long Delays
The crash has caused extensive delays across the region, with queues forming well beyond Rochdale and affecting surrounding junctions. Commuters and long-distance travellers have faced slow-moving or stationary traffic for extended periods, particularly during peak travel hours.
Drivers have been urged to avoid the area where possible and to follow official diversion routes. Navigation systems and traffic monitoring services have also been updated to reflect the ongoing disruption, with estimated delays increasing as recovery efforts continue.
The M62 is a vital transport artery, and any incident on this scale often leads to widespread ripple effects across nearby roads and town centres as drivers attempt to find alternative routes.
Investigation Into the Cause
Police have launched an investigation into the circumstances surrounding the collision. Officers are working to determine how the crash occurred, including examining road conditions, vehicle positions, and any available dashcam or CCTV footage from the motorway network.
At this stage, no official details have been released regarding potential causes such as speed, weather conditions, or driver error. Investigators are expected to reconstruct the incident once the scene has been fully cleared.
Motorway collisions of this nature often require detailed forensic examination, particularly when multiple vehicles are involved or when serious injuries are reported.
Motorists Urged to Exercise Caution
Authorities have reminded drivers to exercise caution, especially on high-speed motorway sections where sudden congestion or stopped traffic can lead to secondary collisions. Signs along the motorway have been updated to warn approaching traffic of delays and lane closures.
Highways officials also emphasized the importance of maintaining safe following distances and remaining alert to changing road conditions during congestion events.
Situation Ongoing
As of now, the westbound M62 remains heavily affected near Junction 21 while emergency crews continue their work at the scene. Full reopening is expected only once vehicles are recovered, debris is cleared, and the road is deemed safe for traffic.
Motorists are being advised to plan for significant delays and to check for live traffic updates before travelling through the area. The situation remains ongoing, with further updates expected as authorities provide more information on the severity of the crash and its impact on those involved.