Shanghai, China—Six people were killed and dozens injured in a massive multi-vehicle highway pileup triggered by sudden banks of dense morning fog on a major regional expressway. More than forty commercial trucks and passenger cars slammed into one another in a chain-reaction collision as visibility dropped below twenty meters within seconds. The violent impact mangled vehicles across three traffic lanes, trapping terrified motorists inside crushed metal chassis as fuel leaks sparked localized smoke plumes.
Emergency response teams, including twenty fire rescue units and numerous ambulance squads, converged on the elevated highway section from multiple municipal jurisdictions. Firefighters utilized heavy hydraulic cutting tools to peel back twisted steel frames and extract trapped survivors from the wreckage. Provincial traffic police closed all entry ramps along a twenty-kilometer stretch of the expressway to prevent further secondary collisions.
Medical triage stations were established directly on the asphalt shoulder to stabilize critically injured patients before rushing them to regional trauma centers. Survivors reported that driving conditions shifted from clear skies to absolute blindness without any electronic warning displayed on overhead digital gantries. Transportation ministry representatives announced an immediate technical review of automated fog detection systems and speed restriction protocols along the corridor.
Local traffic police commanders addressed reporters at the scene, outlining the immense logistical challenges faced by first responders. The extreme density of the fog combined with high travel speeds created a catastrophic chain reaction that left virtually no reaction time for drivers, the senior officer explained. Our primary focus remains clearing the wreckage to reopen arterial traffic lanes safely.
Heavy towing cranes worked through the afternoon to haul severely damaged freight trucks and flattened cars off the expressway surface. Maintenance crews inspected bridge expansion joints and concrete guardrails for structural damage caused by the high-impact collisions.
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