Amazon Receives First Mercedes-Benz eActros 600 Electric Trucks in Germany

Mercedes-Benz Trucks has handed over the first 27 battery-electric eActros 600 trucks to Amazon in Germany, with more than 50 expected to be operating on German roads by the end of 2026. The deliveries stem from a contract signed in early 2025 for more than 200 eActros 600 trucks, described as Amazon's largest-ever electric truck order, with deliveries to the UK, where the majority of the fleet will operate, having begun in late 2025.

 

Why the "Middle-Mile" Application Specifically Suits This Truck's Technical Specifications

 

The eActros 600 is deployed on what Amazon and Mercedes-Benz describe as "middle-mile routes," transporting goods between fulfilment centres and urban areas, a route category distinct from both long-haul interstate freight and last-mile delivery directly to individual customers. That specific application matters given the truck's disclosed technical specifications: a 621 kWh battery capacity paired with an in-house developed electric drive axle delivering a range of 500 kilometres.

That range profile positions the vehicle well for middle-mile routes specifically, since these routes typically cover meaningful but bounded distances between fixed fulfilment centre and urban delivery hub locations, distances a 500-kilometre range can reliably cover without requiring mid-route charging, while last-mile delivery vehicles generally require considerably less range given their shorter, more localised delivery patterns, and true long-haul interstate freight can involve routes exceeding what current battery-electric truck technology can cover on a single charge without extended charging stops. Amazon Vice President of Worldwide Sustainable Operations Andreas Marschner specifically noted that "electric solutions have already been widely used for some time in last-mile package delivery," framing this middle-mile deployment as extending electrification into a transport segment not yet as thoroughly electrified as last-mile delivery specifically.

 

Read more: Greenly and Normative Merge to Form Global Climate Software Leader

 

Why Charging Infrastructure Investment Is a Necessary Precondition Rather Than a Separate Initiative

 

The release states Amazon is installing "hundreds of heavy goods vehicle chargers at its European locations, enabling the electric trucks to be charged from 20% to 80% in just over one hour," as part of a broader investment exceeding €1 billion in electrifying and decarbonising its European transportation network, including more than €400 million specifically dedicated to German operations. That charging infrastructure buildout isn't a supplementary or optional component of this truck deployment, but a genuine operational prerequisite, since a fleet of battery-electric trucks operating middle-mile routes between fulfilment centres and urban areas can only maintain the delivery frequency and reliability required for Amazon's logistics operations if adequate, fast-charging infrastructure exists at the specific facilities where these trucks originate and return.

Without sufficient charging capacity delivering that stated 20 to 80 percent charge within just over an hour, electric trucks would face considerably longer turnaround times between routes compared with conventional diesel trucks that can simply refuel in minutes, potentially reducing overall fleet utilisation and route capacity unless matched with adequately fast and widely available charging infrastructure specifically sized to the fleet's actual operational tempo.

 

Why the Frontier Economics Figures Warrant the Same Caveat Applied Elsewhere in This Batch

 

The release cites an analysis by Frontier Economics, commissioned by Amazon, estimating the company's broader €4 billion low-carbon technology investment in Germany since 2021 has supported up to 36,000 jobs and contributed up to €3 billion to German economic output. As previously noted in this batch's coverage of Amazon's German and Swedish wind energy investments, which cited a separate Frontier Economics study on European renewable capacity additions, this economic impact figure derives from research Amazon itself commissioned and funded, rather than an independently initiated third-party assessment.

That commissioning relationship doesn't necessarily undermine the study's underlying methodology, but it remains a relevant distinction when assessing how much independent weight to place on the specific job and economic output figures cited, since a company-commissioned economic impact study is inherently different from unsolicited, independently conducted economic research assessing the same investment activity.

 

Explore OneStop ESG Marketplace: EV Solutions

 

Why the Broader Investment Context Signals Long-Term Fleet Transition Intent

 

This eActros 600 order sits within Amazon's stated broader pattern of up to €4 billion in low-carbon technology investment in Germany since 2021, spanning "offshore wind energy to transport electrification to reduced and recyclable packaging." That breadth suggests Amazon's transport electrification investment specifically forms one component within a considerably wider, multi-year decarbonisation strategy spanning both energy procurement and packaging materials, rather than representing an isolated initiative focused solely on vehicle fleet composition independent of the company's other environmental investment priorities.

Mercedes-Benz Trucks Customer Region Europe President Stina Fagerman framed Amazon's order as evidence that "the electrification of heavy-duty transport is increasingly becoming reality," positioning this specific large-volume commercial order as a meaningful validation point for battery-electric heavy-duty truck technology's genuine commercial viability at scale, beyond smaller pilot deployments or demonstration projects that have characterised earlier stages of heavy-duty vehicle electrification.