Reims Tramway Suspended: How Cold Weather Caused Disruption

Frustration is mounting among riders of ⁤the Reims tram⁤ system. Recent disruptions have left commuters questioning the reliability of the service, despite assurances of repairs. “It’s always breaking down,⁤ and yet thay say it’s been fully fixed,”‍ one exasperated passenger voiced. Social media reflects similar sentiments, ‍with one ⁣user ‍stating, “It’s unacceptable; it’s Sunday⁣ evening, and there’s⁤ still no service, and no communication – it’s chaos.” Another resident, identifying herself as Nicole, ‍questioned the foresight of the technical ⁤teams, asking, ‍”why ⁤weren’t these kinds of failures anticipated, given how long it takes to get things running again?”

The Grand Reims⁣ Mobilités network, operated by transdev, experienced significant service interruptions⁢ on lines T1 and T2 starting⁣ last Thursday, with‍ a gradual return to service by Monday midday.
This disruption, lasting nearly five days, was primarily caused by a failure in the ground-level power supply (APS) system. As of January 12, 2026, the city is working to prevent⁣ future⁤ occurrences.

During ⁤the outage,‍ replacement buses ‍were⁤ deployed ⁢to serve the 16 affected stations. Interestingly, this type ‍of APS failure isn’t ⁤isolated to reims;⁣ cities like Bordeaux, Tours, Angers, and Orléans, ‍wich also utilize this underground power ⁢system, have encountered similar challenges. According⁢ to⁤ a report by the⁣ European‍ Railway ‍Agency in late 2025, cities employing⁤ APS systems experienced, on average, 1.8 more ⁣days of disruption annually compared to those using overhead lines.

These underground power boxes represent ⁣a complex technological solution,

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