BMW i3 Sets Record on 5,886-Kilometre Europe Drive
BMW's new i3 50 xDrive completed a journey from Norway to Spain while charging only at publicly accessible stations.
Updated on Nov. 11, 2026 in Electric Vehicles

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BMW completed a 5,886.7-kilometre journey from North Cape, Norway, to Tarifa, Spain, in the new i3 50 xDrive, passing through eight countries. The trip beat the 2017 Paneuropeana record by more than seven hours.
Why it matters
The run tests the real-world long-distance capability of a battery-electric sedan using only public fast-charging infrastructure. Its results offer a concrete reference for drivers weighing whether current charging networks can support cross-border travel.
The journey covered 5,886.7 km with 3 days, 2 hours, and 41 minutes of pure driving at an average of 79.7 km/h and 12.5 kWh/100 km, against an official WLTP consumption range of 13.4 to 18 kWh/100 km. Maximum DC charging power was 400 kW, and the source does not say how these conditions compare with typical real-world operation.
The players
BMW
BMW is a German automaker headquartered in Munich, known for its premium vehicles and its electric i-series models.
The details
The route was planned to minimise charging time at predefined checkpoints, using only publicly accessible fast-charging stations and tailoring stops to infrastructure, weather and traffic. The focus was on minimising charging time rather than achieving the shortest possible driving time.
Timeline
The previous Paneuropeana record was set in 2017.
The article reporting the record journey was published on 11 November 2026.
Roadmap
The record run comes as automakers test whether battery-electric cars can handle long cross-border trips on public charging networks rather than only short commutes. BMW's stated focus on minimising charging time, rather than raw driving speed, reflects how charging logistics are becoming central to the electric-vehicle race in Europe.
The run suggests that a battery-electric sedan can complete a continent-spanning trip on public fast chargers, but it required careful route planning around charger availability. Drivers planning similar long trips should still expect to schedule charging stops with attention to station locations and conditions.
The takeaway
Long-distance electric travel depends as much on planning charging stops as on the vehicle's efficiency. Drivers considering an electric trip should map publicly accessible fast chargers along their full route before departure.
Further reading
For more on how long-distance electric driving is evolving, see Electric Vehicles.
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