500 Passengers Rescued After EuroCity Train Stalls in Swiss Tunnel

Five hundred lives paused in the dark. That was the reality this Tuesday morning as the EC 61 EuroCity train, bound for Milan from Basel, ground to a sudden, unexplained halt deep inside the Murgenthal Tunnel. The incident struck at exactly 7:15 am, plunging hundreds of commuters and travelers into uncertainty right at the peak of the morning rush. While Swiss rail is renowned for its precision, this event serves as a stark reminder of the vulnerability inherent in high-speed underground transit.

The sheer scale of the disruption cannot be overstated. With half a thousand people on board, the stalled train transformed from a transport vessel into a temporary prison beneath the earth. SBB spokeswoman Fabienne Thommen confirmed that the cause of the vehicle disruption on the critical Bahn 2000 line remains initially unclear, adding a layer of mystery to the chaotic morning. For the passengers on board, what should have been a seamless crossing through the Alps became a test of patience and endurance.

The blockage of the Murgenthal Tunnel sent immediate shockwaves through the Swiss rail network, severing the vital artery between Olten and Bern. This was not merely a localized stall; it was a logistical nightmare that forced a scrambling of the morning timetable. As the EC 61 sat motionless, the ripple effects were instantaneous. Trains following the EuroCity were forced to perform emergency turn-arounds, retreating from the blocked line—a maneuver that speaks to the severity of the obstruction.

To mitigate total network failure, SBB control centers diverted traffic onto the main line via Burgdorf. However, this detour came at a cost. Commuters faced delays of around 15 minutes, a significant lag in a country that operates on second-perfect timing. The disruption on the Bahn 2000 line—specifically between Mattstetten and Rothrist—highlighted just how fragile the balance of capacity and flow can be during peak operational hours. While the blockage was rectified shortly after 9:00 am, the morning schedule had already been shattered.

In a dramatic escalation of standard protocol, SBB deployed a specialized fire and rescue train to evacuate the 500 stranded passengers. This was not a simple transfer; it was a complex underground operation. After a tense wait, the rescue unit pulled alongside the crippled EuroCity, ferrying the passengers to safety in Bern. The ordeal resulted in a staggering journey extension of nearly two hours for those on board—a massive disruption for a morning commute.

Ironically, the EuroCity train itself was not permanently disabled. Following the evacuation, the empty train was able to return to Olten under its own power, raising further questions about the nature of the technical fault that paralyzed it in the first place. The successful evacuation underscores the efficiency of Swiss emergency protocols, but the necessity of deploying a fire train for a passenger rescue is a rare and alarming measure that indicates just how critical the situation had become.

This tunnel incident is not an isolated outlier; it marks a troubling sequence of events for Swiss infrastructure in February 2026. It comes less than ten days after a separate, violent incident where an avalanche derailed a train near Goppenstein, injuring five people. While the Murgenthal stall was technical rather than environmental, the cumulative effect paints a picture of a network under significant duress.

From the snowy peaks of Valais to the high-speed tunnels of the plateau, the railways are confronting a challenging winter. The swift resolution of the Murgenthal incident—cleared shortly after 9:00 am—demonstrates the resilience of the SBB workforce, but the frequency of these high-profile disruptions is cause for concern. As Switzerland relies heavily on its rail infrastructure for economic and social cohesion, maintaining the 'gold standard' of reliability is becoming an increasingly complex battle against both technical gremlins and the forces of nature.