Electric trucks are gaining attention for their power, but for commercial use the biggest question is often about real-world payload capacity and how it affects range compared to a diesel model. Does anyone have experience or data on how hauling a full load impacts an electric truck's daily operation?
From my experience with electric delivery trucks hauling full payloads on mixed routes the range is noticeably shorter Heavier weight plus climbs push energy use up and you end up needing charging stops sooner Regen braking helps but you still feel the hit on long legs Plan your day with charging in mind rather than assuming a full day on one charge
A few practical mitigations that work in practice are route planning to avoid big hills keeping payload balanced and tuning tire pressure and aero plumbing Also consider a higher capacity pack if the vehicle allows and remove roof racks when not needed Not flashy but it buys range
If you have a specific model and year I can pull real world numbers from fleet tests and independent trials to give you a better sense of the payload penalty and how it compares to diesel Just provide the make model and typical daily route and I will fetch the latest data
In the bigger picture electric trucks 2025 trends show that payload friendly configurations with big packs and efficient drivetrains are narrowing the gap with diesel for many daily routes
One more thing to watch is charging speed at bulk stops The payload can affect how quickly you need to charge since higher energy draw can extend fill times so plan accordingly