Mercedes eVito 1000 Km Challenge
Why It Matters
The test shows that electric vans like the eVito can complete long trips, but only with meticulous charging strategies and awareness of higher real‑world consumption, informing both consumers and fleet operators about true operating costs.
Key Takeaways
- •eVito uses 84.6 kWh usable battery, matching EQV measurements.
- •Planned 1,000 km route requires ~11.5 hours and strategic charging stops.
- •Pre‑heating draws 1.9 kW from charger, preserving battery charge.
- •Real‑world consumption averages 320 Wh/km, higher than initial expectations.
- •Cost‑aware charging at Tesla/IONITY stations reduces overall trip expenses.
Summary
The video documents a 1,000‑kilometre endurance test of the Mercedes‑eVito van, focusing on its battery performance, charging strategy, and practical van‑life considerations. The presenter notes that the eVito’s usable battery capacity measures 84.6 kWh—identical to the earlier‑tested EQV—and estimates the entire journey will take roughly 11.5 hours, relying on a series of carefully timed charging stops. Key data points include a pre‑heating routine that pulls 1.9 kW from the wall charger, preserving the battery’s state‑of‑charge, and an observed energy consumption of about 320 Wh per kilometre—significantly higher than the theoretical figure for a vehicle of this class. The driver follows a cost‑optimised plan, targeting 70‑75 % state‑of‑charge at Tesla Superchargers and IONITY stations to balance speed and electricity price, while also using an EcoFlow power pack to run a microwave and heater inside the van. Notable moments feature the presenter’s real‑time monitoring of charging rates (up to 115 kW) and the decision to skip an expensive charger in favour of a cheaper alternative 16 km away. He also demonstrates the van’s interior modifications—sleeping gear, a microwave, and a 2.4 kW power outlet—highlighting the feasibility of mobile living despite the vehicle’s noisy cabin and higher-than‑expected energy draw. The experiment underscores the importance of precise route planning, dynamic charging management, and auxiliary power solutions for electric vans. For prospective owners, the findings reveal that real‑world range can be lower than spec sheets suggest, but strategic charging and on‑board power systems can mitigate downtime and keep operating costs manageable.
Comments
Want to join the conversation?
Loading comments...