Heavy-Duty EV Trucks Just Crossed a Critical Threshold — Here’s What It Means for Infrastructure

A major proof point for the electrification of heavy-duty transport has just emerged from Sweden.

Mercedes-Benz Trucks' eActros 600 is now covering more than 1,000 kilometers per day in real long-haul operations. The vehicle is being operated by WLX WeLink Express AB for DHL, running routes between Malmö, Jönköping, and Emmaboda.

This isn’t a lab test — it’s a commercially viable logistics route, executed under real conditions. And it tells us something important: long-haul electric trucking is no longer a future scenario. It is already delivering.

Key Insights from the Field Test

1. 500 km Range Without Stops

With a 621 kWh battery, the eActros 600 consistently achieves 500 kilometers per charge — even under demanding, real-world conditions.

2. Charging During Driver Breaks

The truck charges during mandatory driver rest periods, enabling continuous operations without compromising schedules. This approach is exactly how electrified logistics will scale in practice — by integrating charging into existing workflows.

3. 1,000+ Kilometers Per Day, Proven

The daily range barrier for electric heavy-duty vehicles has been broken. This removes one of the most cited limitations of e-truck adoption.

4. Europe Can Scale This

If this is possible in Sweden — with its weather, regulatory environment, and operational demands — then other European markets are well-positioned to follow. With the right corridor charging and depot infrastructure, replication is realistic and timely.

What It Means for Infrastructure Developers and Asset Owners

This development resets expectations. The technology is ready. The logistics model works. The real challenge now is infrastructure readiness.

Landowners and logistics site operators who begin integrating heavy-duty charging now — especially through turnkey, capex-free solutions — will gain a significant strategic advantage.

Roxpay is working to ensure the infrastructure rollout keeps pace with vehicle innovation. This test reinforces our conviction: the question is no longer if electrification will happen, but how quickly we can deploy the systems to support it.