# Electric Semi Trucks Achieve 600-Mile Daily Range in German Logistics

DEFRU Logistik successfully deploys Mercedes-Benz eActros 600 fleet for long-haul operations.

- **Source:** [Electrek](https://electrek.co)
- **Published:** 2026-11-09
- **Topic:** [Business](https://brifing.si/c/business)
- **Original article:** <https://electrek.co/2026/11/09/going-the-distance-these-electric-semi-trucks-cover-over-600-miles-every-day/>
- **On Brifing:** https://brifing.si/s/f0a15727-e8c0-40e6-8dc9-cac4006ab534

## Fleet Electrification Milestone

DEFRU Logistik GmbH has successfully transitioned thirty heavy-duty prime movers to electric power over the past year. Managing partner Hendrik Müller confirmed these Mercedes-Benz eActros 600 trucks now operate daily on German highways. This deployment challenges industry skepticism regarding the operational viability of electric vehicles for long-distance commercial freight transport.

## Operational Range and Efficiency

The eActros 600 units consistently cover 1,000 kilometers, approximately 620 miles, every single day. These trucks maintain an efficiency rate of 1.61 kWh per mile while hauling a combined vehicle weight of 36 metric tons. This performance data demonstrates that electric heavy-duty vehicles can sustain intensive, high-mileage schedules in real-world conditions.

## Battery and Charging Strategy

Each vehicle is equipped with a 621 kWh battery pack, providing a range of 500 kilometers per individual charge. Fleet operators manage energy levels by charging during loading and unloading cycles at destination points. This strategic integration of charging into existing logistics workflows minimizes downtime and optimizes the vehicle's daily utility.

## Technical Specifications and Design

Mercedes-Benz utilizes proprietary electric drive axles to manage the massive power requirements of these heavy-duty trucks. The manufacturer currently offers over 40 distinct configurations for the eActros lineup. These options include two cab designs, multiple battery pack counts, and various wheelbase lengths to support diverse tasks ranging from drayage to vocational work.

## Competitive Market Context

The eActros 600 performance metrics are frequently compared to the theoretical efficiency claims of the Tesla Semi. Unlike many laboratory-based projections, these results reflect actual performance during winter operations on public roads. This real-world validation provides critical data for logistics companies evaluating the transition from traditional diesel-powered heavy-duty shipping fleets.

## Economic Impact of Transition

Switching to electric prime movers has allowed DEFRU Logistik to achieve significant cost savings. These financial benefits were realized even before recent spikes in diesel fuel prices impacted the broader market. By reducing reliance on volatile fossil fuel costs, the company has improved its long-term operational budget stability and fleet management efficiency.

## Industry Adoption and Visibility

Benjamin Budick, a Senior Manager at Mercedes-Benz Trucks, officially announced the deployment via LinkedIn. The public handover showcased the trucks branded in full DEFRU livery, signaling a shift in corporate branding toward sustainability. Such high-profile adoptions serve as a benchmark for other logistics firms considering similar investments in electric heavy-duty infrastructure.

## Future of Freight Logistics

The successful integration of electric trucks into high-mileage routes marks a shift in heavy transport capabilities. As manufacturers expand configuration options, the feasibility of electric logistics continues to grow across various sectors. Future industry developments will likely focus on scaling these charging infrastructures to support even larger, nationwide electric freight networks.

## Sources covering this story

- https://electrek.co/2026/11/09/going-the-distance-these-electric-semi-trucks-cover-over-600-miles-every-day/ — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
