Mercedes-Benz Trucks demonstrates real-world viability of electric inbound logistics in Europe

Battery-electric trucks are beginning to move from pilot status into routine industrial use in Europe, and Mercedes-Benz Trucks is using its own supply chain to make that case. In a new set of operational data, Daimler Truck says its electrified inbound logistics programme at the Wörth am Rhein plant now covers about 30% of incoming routes, with the broader production network running roughly 80 eActros vehicles in daily service and more than six million electric miles already logged. The company says the evidence, gathered from thousands of trips and charging events, shows that battery-electric freight can already be dependable in regular operation when route planning, charging access and economics are aligned. (daimlertruck.com)

The timing matters. The European truck market remains stubbornly difficult to decarbonise, and the latest industry data point to only a small electric share despite growth in registrations. That is precisely why fleet operators and manufacturers continue to focus on use cases where battery-electric operation can work today, rather than waiting for a fully mature charging ecosystem. Daimler Truck’s own figures are meant to demonstrate that point from within a real logistics network rather than a lab or demonstration route. (daimlertruck.com)

At Wörth, the electrification effort is part of a wider plan to remove direct emissions from plant logistics across Mercedes-Benz Trucks’ German manufacturing sites in Gaggenau, Kassel, Mannheim and Wörth. The project has already been recognised twice: the German Association of the Automotive Industry awarded it the VDA Logistics Award in 2025, and HUSS Publishing later gave it the European Transport Award for Sustainability 2026. Daimler Truck says the awards reflect both the novelty of the model and the fact that it is being pursued under normal commercial conditions, with freight responsibility and cost discipline still in place. (daimlertruck.com)

The company’s telemetry-backed assessment, compiled between November 2025 and March 2026, covers more than 3,000 analysed journeys and 3,100 charging events from more than 15 vehicles. That data set underpins Mercedes-Benz Trucks’ central claim: that electric inbound transport is already commercially usable on standard routes. The most striking examples come from long-haul and distribution work where the trucks are running at substantial weights and in winter conditions. (daimlertruck.com)

On the Wörth-Bielefeld corridor, logistics operator Seifert is running an eActros 600 at an average combined weight of 36 tonnes and a daily distance of around 600 kilometres. Roughly half of the charging takes place at public sites, suggesting that a mixed charging model can already support demanding trunk-haul work. Daimler Truck says the route generates monthly toll savings of more than €4,000 and annual carbon dioxide equivalent savings of 90 tonnes, with winter energy use averaging 100 kWh per 100 kilometres. (daimlertruck.com)

For short-haul and last-mile work, the economics appear even stronger. On the Germersheim-Wörth route, Logistik Schmitt is running three eActros trucks on eight daily trips covering 352 kilometres at an average gross weight of 30 tonnes. Charging is completed during loading and unloading, avoiding extra downtime, while monthly toll savings exceed €2,300. Daimler Truck says the route displaces diesel vehicles and cuts annual CO2e emissions by 56 tonnes, reinforcing the business case where depot electricity and toll avoidance combine. (daimlertruck.com)

A third route, operated by FERCAM from South Tyrol to Wörth, shows how the trucks are coping with terrain and weather as well as mileage. On this international run, the eActros 600 covers about 600 kilometres a day at up to 42 tonnes gross combination weight, with average consumption of 92 kWh per 100 kilometres between November and February and energy recovery of 25 kWh per 100 kilometres. Daimler Truck says the route also delivers around €3,900 a month in toll savings and 90 tonnes of annual CO2e reduction. (daimlertruck.com)

These figures help explain why Mercedes-Benz Trucks is talking less about theoretical range and more about total cost of ownership. The eActros 600, which entered series production in late 2024 and was named International Truck of the Year 2025, uses three battery packs with a combined installed capacity of 621 kWh and an in-house electric axle. Daimler Truck says that gives the truck up to 500 kilometres of real-world range without intermediate charging, while statutory breaks and public charging can extend daily distance well beyond 1,000 kilometres where infrastructure is available. (daimlertruck.com)

Mercedes-Benz Trucks is also widening the product line-up around the eActros 600 platform. Earlier this year the company said it would add more than 40 variants across different cab, axle and battery configurations, and it has now announced the eActros Lowliner as a new option for high-volume transport, with orders planned from the third quarter of 2026 and series production from the second quarter of 2027. That expansion suggests the manufacturer is trying to move battery-electric trucks deeper into mainstream freight applications rather than leaving them confined to a handful of showcase routes. (daimlertruck.com)

Even so, the infrastructure gap remains the limiting factor. Daimler Truck says the market needs three parallel charging layers: depot charging for captive fleets, semi-public charging that can be shared between logistics partners, and a larger public network backed by operators such as Milence, the joint venture between Daimler Truck, TRATON and Volvo. For industrial decarbonisation teams, that split is important because it suggests there is no single infrastructure model; instead, the route to scale will depend on how quickly private depots, shared sites and public hubs can be connected into a workable freight network. (daimlertruck.com)

The broader message from Wörth is straightforward. Battery-electric trucks still face structural barriers, particularly on charging and cost, but the evidence from Mercedes-Benz Trucks’ own logistics network shows they are already doing real work in real conditions. For industrial shippers weighing near-term emissions cuts against operational risk, that makes electrified inbound transport less of a future promise than a present, if still incomplete, option. (daimlertruck.com)