Munich, Germany—Seven people died early today in a multi-vehicle pileup on a fog-covered autobahn. The accident occurred at approximately 5:30 AM when visibility dropped to near zero. Over twenty vehicles, including three heavy freight trucks, were involved in the chain-reaction crash.

Emergency services mobilized more than fifty vehicles to the site. Thick mist hampered initial rescue efforts, forcing crews to work with thermal imaging gear. Firefighters cut through crushed steel for hours to reach survivors trapped in the wreckage.

Local police have cordoned off a five-kilometer stretch of the motorway. Traffic is being rerouted through neighboring towns as forensic teams document the scene. The highway will remain closed for the remainder of the day.

Initial reports indicate that several cars failed to slow down as they entered the fog bank. The pileup began when a heavy transport truck struck a stationary vehicle. Several subsequent collisions followed, turning the road into a tangled mess of metal.

The survivors have been taken to hospitals across the region with varying degrees of injury. Authorities have set up a support center for family members of the victims. Officials are currently working to identify the deceased from the destroyed vehicles.

This incident is one of the deadliest road accidents in Germany this decade. The transport minister has ordered an immediate audit of fog warning systems on high-speed motorways. A full investigation into the cause of the initial collision is ongoing.

Road safety advocates have already questioned the speed limits in place during low-visibility conditions. The autobahn will not reopen until investigators are satisfied that the scene is fully processed. No arrests have been made, as the primary focus remains on recovery.

Police have asked witnesses to provide any dashcam footage that might clarify the sequence of events. The magnitude of the wreckage suggests the investigation will take several days. No further public information will be provided until the victims are formally identified.