Amazon Takes First 27 of 50 eActros 600 Trucks in Germany
Amazon has received 27 of 50 Mercedes-Benz eActros 600 battery-electric trucks in Germany, part of a wider order for more than 200 units signed in early 2025.
Amazon has taken delivery of 27 Mercedes-Benz eActros 600 battery-electric trucks in Germany, the first tranche of a 50-unit order due to complete by the end of 2026, under a contract for more than 200 eActros trucks signed in early 2025.
Amazon.com Inc. (NASDAQ: AMZN) has taken delivery of 27 Mercedes-Benz eActros 600 battery-electric heavy trucks in Germany, the opening tranche of a 50-unit order that is scheduled to be completed before the end of 2026. The vehicles come from a framework contract for more than 200 eActros trucks that Amazon signed with Mercedes-Benz Trucks in early 2025, with the majority of that wider order destined for the United Kingdom.
The detail matters more than the headline count. Fifty trucks is a rounding error against a global delivery fleet, but the eActros 600 is not a last-mile van. It is a long-haul tractor unit, the category that has resisted electrification hardest and the one that consumes the largest battery packs per vehicle. Every unit that enters regular line-haul service is a data point about whether battery-electric trucking works on European trunk routes without a diesel fallback.
Why heavy trucks are the hard part of fleet electrification
Parcel vans electrify easily. They run short, predictable loops, return to a depot every night and sit idle for ten hours while they charge. A heavy tractor pulling a full trailer between distribution centres does none of those things. It runs long distances, it runs to a schedule that does not accommodate a slow overnight charge, and it needs a battery large enough that the charging infrastructure question becomes an energy question rather than a parking question.
That is why the shape of Amazon's German rollout — a staged delivery of 50 units across 2026 rather than a single drop — reads as an operational test as much as a procurement decision. Trucks arrive, get assigned to routes, and the depot charging build-out has to keep pace. Getting the electrons to the yard is usually the binding constraint, not getting the vehicles on order.
The Charged EVs report confirms the 27 units already delivered and the timeline for the balance. What it also confirms is that the German allocation is the smaller share: the bulk of the 200-plus contract signed in early 2025 is pointed at the UK.
What a 200-truck contract does for Daimler Truck's order book
For the manufacturer side of the arrangement, single orders in the hundreds of units are what turn an electric heavy-truck programme from a demonstrator into a production line. Battery-electric tractor units carry pack sizes far above anything in a passenger car, so a committed multi-year order gives a truckmaker something it badly needs: visibility for its own cell suppliers.
That visibility propagates backwards through the supply chain. Cell makers need volume commitments to justify capacity; cathode and anode producers need the same signal from the cell makers; and the lithium, nickel and graphite suppliers sitting behind them price off exactly this kind of demand aggregation. A fleet operator of Amazon's scale placing a firm order is worth more to the battery materials complex than a dozen pilot programmes of three trucks each.
It also matters commercially because Amazon is a reference customer. Logistics operators watch what the largest parcel network in the world does with its capital equipment. If the eActros 600 performs on German and British trunk routes, the order book behind it gets easier to fill.
How the two stocks are trading while the trucks arrive
Logistics operators watch what the largest parcel network in the world does with its capital equipment.
Neither side of the deal is being rewarded for it in the market on the day. Amazon changed hands at $255.57, down 1.11% from the previous close of $258.45, with an intraday range of $253.78 to $259.00, as of the last trade at 17:56 GMT on 22 September 2026. Mercedes-Benz Group's US-listed depositary receipts (MBGYY) traded at $12.51, down 0.82% from a prior close of $12.61, in a range of $12.46 to $12.59.
Both were softer than the broad tape. The S&P 500 tracker (SPY) sat at $774.19, up 0.09%, and the Nasdaq 100 tracker (QQQ) at $746.17, up 0.63%, while the Dow 30 tracker (DIA) was off 0.31% at $518.15.
That disconnect is normal and worth stating plainly. A 50-truck delivery does not move a company of Amazon's size, and it is not supposed to. The relevance of the announcement is operational and directional, not financial in any quarter that investors are currently modelling. The number to watch is not the share price on the day but the completion rate: whether the remaining units of the 50 actually land before the end of 2026, and whether the UK majority of the 200-plus order follows on the schedule implied by the early-2025 contract.
The signals to track from here
Three things will tell you whether this is a genuine ramp or a well-publicised pilot.
- Delivery completion. Fifty units in Germany by the end of 2026 is a stated target with a date attached. Missing it, or quietly extending it, would say something about either production capacity or depot readiness.
- The UK tranche. The majority of the 200-plus contract is bound for Britain. Watching how that allocation converts into physical deliveries is the better read on the scale of the commitment than the German 27.
- Charging build-out. Heavy electric tractors are useless without high-power depot charging on the routes they serve. Announcements about infrastructure, rather than vehicles, are the ones that indicate the fleet can actually run.
For the battery materials chain, the read-through is straightforward: heavy-duty commercial vehicles are the demand segment where per-unit battery content is highest and where the switch from diesel has lagged furthest behind passenger cars. Orders of this kind, repeated across enough operators, are what shift heavy trucking from a marginal source of cell demand to a structural one. One 50-truck tranche does not do it. A pattern of them would.
Key facts
- Trucks delivered so far: 27 Mercedes-Benz eActros 600 units in Germany
- German order total: 50 units, all due by end of 2026
- Framework contract: More than 200 eActros trucks, signed early 2025; majority for the UK
- AMZN price: $255.57, -1.11%, as of 17:56 GMT on 22 Sep 2026
Frequently asked questions
How many electric trucks has Amazon received in Germany?
Amazon has taken delivery of 27 Mercedes-Benz eActros 600 battery-electric trucks in Germany. These are the first part of a 50-unit order, with the remaining vehicles scheduled to arrive before the end of 2026. The German allocation sits inside a much larger framework contract with Mercedes-Benz Trucks signed in early 2025.
What is the total size of the Amazon and Mercedes-Benz Trucks contract?
In early 2025, Amazon and Mercedes-Benz Trucks signed a contract covering more than 200 eActros trucks. The majority of that wider order is destined for the United Kingdom rather than Germany, making the 50-unit German tranche the smaller share of the overall commitment between the two companies.
What is the eActros 600?
The eActros 600 is Mercedes-Benz Trucks' battery-electric heavy tractor unit, designed for long-distance freight rather than urban last-mile delivery. Heavy tractors carry far larger battery packs than vans or passenger cars, which makes each order in this class disproportionately significant for cell and battery-materials demand.
How did Amazon shares trade on the day of the news?
Amazon.com Inc. traded at $255.57, down 1.11% from its previous close of $258.45, with an intraday range of $253.78 to $259.00 as of the last trade at 17:56 GMT on 22 September 2026. The S&P 500 tracker was up 0.09% and the Nasdaq 100 tracker up 0.63% over the same session.
Why do heavy electric trucks matter to battery metals markets?
Battery-electric heavy tractors use much larger cell packs per vehicle than cars or vans, so each unit consumes significantly more lithium, nickel and graphite. Large committed fleet orders give cell makers the volume visibility they need to expand capacity, and that demand signal passes back through cathode, anode and raw-material suppliers.
What is the main obstacle to running electric trucks on long-haul routes?
Charging infrastructure rather than the vehicles themselves. Long-haul tractors run to tight schedules and cover distances that leave little room for slow overnight charging, so depots and route corridors need high-power charging capacity in place before a fleet can operate reliably without a diesel fallback.
