IN Brief:
- The Europe-built SuperPanther eTopas 600 entered regular commercial service with DHL Freight in September 2026.
- It operates flexibly on routes within the Netherlands and to Belgium, with approximately 2,000 kilometres reported each week.
- DHL plans to add around 40 electric trucks in the coming months, but has not published an achieved fleet expansion figure.
DHL Freight has put its first Europe-built SuperPanther eTopas 600 electric heavy goods vehicle into regular commercial service in the Netherlands. The truck has operated on domestic routes and cross-border movements to Belgium since September 2026, covering approximately 2,000 kilometres per week. Its use across multiple journeys and locations moves the vehicle beyond a controlled trial, giving the carrier operational experience of fitting a battery-electric truck into an established European road freight network.
Unlike a fixed terminal shuttle, the truck is allocated flexibly to domestic journeys and services crossing into Belgium. DHL gives an operating range of up to 500 kilometres per charge for this use, making duty scheduling and charging access as important as the vehicle’s maximum technical specification. A truck that completes one assignment may need sufficient remaining battery charge to take another, so routing depends on the sequence of loads, distance between terminals and suitable charging windows. The Dutch deployment is exposing those constraints in routine freight work.
DHL and SuperPanther have developed their relationship in stages. Following a memorandum of understanding in September 2024, DHL tested the truck in Austria under real operating conditions. A two-week spring 2026 trial covered around 1,900 kilometres, with average daily mileage of 238 kilometres. The manufacturer subsequently completed the first eTopas 600 built in Europe for DHL in July, ahead of its entry into Dutch commercial operations. An earlier manufacturing and delivery milestone therefore preceded the new development: the vehicle is now carrying out everyday freight work.
DHL’s Austrian trial provides an earlier measured reference, separate from the Dutch commercial mileage. Over two weeks, the test vehicle travelled around 1,900 kilometres, with average daily mileage of 238 kilometres and recorded electricity consumption of 102 kilowatt-hours per 100 kilometres. DHL estimates that it saved approximately 930 kilograms of CO₂ equivalent against the diesel reference used for that particular route profile. Those numbers describe the trial, not a verified energy or emissions average for the subsequent Netherlands and Belgium operation; payload, temperature and route conditions can alter consumption.
The eTopas 600 uses a CATL lithium iron phosphate battery with 621 kilowatt-hours of installed capacity. Its stated motor outputs are 394 kilowatts continuous and 692 kilowatts peak. The product specification quotes range of up to 560 kilometres, whereas DHL’s account of the commercial duty quotes up to 500 kilometres per charge. These are different contexts for a maximum range claim, and neither establishes the distance that can be guaranteed with every load or in every weather condition.
Two CCS2 charging connections provide a specified combined maximum of 660 kilowatts, with a stated dual-connector recharge from 20% to 80% state of charge in no more than 38 minutes. Achieving that result requires compatible charging equipment able to supply the necessary power, as well as appropriate conditions at the battery. Not every depot or en-route charger will meet that specification. Allocating an electric truck to successive jobs therefore requires available chargers and realistic turnaround allowances, not simply a range figure on a route plan.
DHL describes the vehicle’s early commercial performance as positive and reports interest from drivers and customers. Heidi van Eldik, chief executive of DHL Freight Netherlands and Belgium, has outlined a plan to add around 40 electric trucks over the coming months. That is a stated intention, not an achieved addition. DHL says its broader freight operations already use about 1,700 lower-emission vehicles, a figure covering several propulsion and fuel technologies rather than an all-electric fleet.
Changes in the daily freight schedule can expose a limitation that a dedicated test circuit does not: a vehicle may have enough charge for the first job but be unable to take the next one without a charging stop or a reassignment. Charging infrastructure, payload demands and journey sequencing also differ between terminals. By using the eTopas 600 across the network, DHL and SuperPanther can examine which combinations of duty cycle, charging time and vehicle capacity are workable without assigning the truck to one repetitive route.
Separately, the two companies signed a memorandum of understanding at IAA Transportation to explore autonomous driving in real operating conditions. That work should not be conflated with the commercial eTopas 600 deployment, which DHL describes as a battery-electric heavy goods vehicle in driver-operated network service. The newly confirmed step is the transition from earlier testing and production milestones to regular consignments, with further fleet additions still planned rather than delivered.
