Electric last-mile vans: this is how the commercial vehicles that are clearing cities of smog work inside

There's a scene that repeats itself every morning in any Spanish city: a delivery driver opening the side door of his van, taking out three packages, and starting the engine again. What has changed, and drastically so, is the noise. Or rather, the lack of noise. More and more of those vans entering the old town do so silently, without fumes, and without that idling vibration that for decades was part of the urban landscape.

That change has a name: last mile electric vansAnd it's not a passing fad or a marketing experiment. It's an operational decision being made by large fleets, self-employed drivers, and couriers because, quite simply, the numbers are starting to add up.

At EspacioFurgo, we've spent months riding in these commercial vans, talking to the people who drive them eight hours a day and the ones who sign the invoices at the end of the month. Here's what we've learned about them. last mile electric vans that they are distributing on our streets today.

Why the last mile is being electrified now (and not before)

The last mile accounts for between 30% and 50% of a shipment's total logistics cost. It's this final leg, the one that ends at the customer's doorstep, that suffers most from traffic, restrictions, and fuel prices. Electrifying it isn't an ideological issue: it's pure arithmetic.

Three things have aligned at the same time:

• The ZBEs tightenMadrid, Barcelona, ​​Seville, Valencia, Bilbao… vehicles without a sticker or with a B sticker have their days numbered in the city center.
• The kWh is still cheapEspecially if you charge at home during off-peak hours.
• Urban operations are the perfect scenario for an electric vehicleShort routes, many stops, energy recovery at every braking point.

Add to that something that's hard to fit into an Excel spreadsheet but carries weight: the delivery driver wants to get behind the wheel of the electric truck. They say so themselves. Silence, instant torque from below, a vibration-free cabin. After nine hours and 120 stops, that's not just a detail, it's a matter of health.

What does a fleet ask of an electric van today?

Speaking with fleet managers, the demands are repeated almost word for word: real autonomy of at least 200 km in winter, payload close to one ton, between 4 and 11 m³ of volume depending on the segment, fast DC charging for the Black Friday and Christmas peaks, and a TCO clearly below the equivalent diesel.

Everything else (color, finish, larger screen) is secondary. This is about getting things done.

The models that are setting the pace

The European market has gone from having three options to having twenty in just two years. These are the platforms that are performing best in real-world operation, the ones you see leaving the logistics hubs every morning.

Ford E-Transit Custom and E-Transit: the benchmark in the mid-size and large segment

La Ford E Transit Custom It has landed right where demand was highest: a mid-size car, between 5,8 and 6,8 m³, with a usable range of up to 337 km WLTP thanks to its 64 kWh battery. In the city, it achieves between 260 and 290 km of real-world range, enough for a full day without needing to recharge.

Her older sister, the Ford E Transit The 3,5-ton weight increases to 11 m³ and 1.392 kg of payload with the 68 kWh battery, achieving a real-world urban range of around 250 km. DC charging at 115 kW takes about 28 minutes, from 15 to 80%, roughly the time it takes to make a decent coffee.

Mercedes eVito and eSprinter: German engineering for demanding fleets

La Mercedes eVito It's offered with two battery options (60 and 90 kWh usable capacity) and achieves a WLTP range of 421 km in the Tourer version and around 314 km in the van version. But the real qualitative leap is the sprinter Built on the EDA platform: with its 113 kWh battery, it achieves nearly 440 km of combined WLTP range and exceeds 500 km in pure urban driving. For those who combine urban and interurban deliveries, it's the benchmark today.

Payload: up to 1.000 kg in the eVito and 1.300 kg in the eSprinter L3H2. DC fast charging at 115 kW.

Renault Master E-Tech and Kangoo E-Tech: the French bet

Renault was a pioneer in Europe with the old Kangoo ZE, and now it has renewed the entire range. Renault Master E-Tech Electric It achieves around 200 km in real-world driving with the 52 kWh battery and exceeds 410 km WLTP with the new 87 kWh battery. It maintains the 1.625 kg payload and 14,9 m³ cargo volume of the diesel Master: key for those who need volume and don't want to compromise.

El Renault Kangoo E-Tech, on the CMF-CD platform, it remains the lightweight option par excellence: 285 km WLTP, between 3,9 and 4,2 m³ and unbeatable maneuverability in the old town.

Peugeot e-Expert and Citroën ë-Jumpy: the Stellantis twins

Stellantis' EMP2 platform serves as the basis for Peugeot e-Expert, Citroen ë-JumpyThe Opel Vivaro-e and Fiat E-Scudo, with 50 or 75 kWh batteries, offer a WLTP range of up to 330 km and cargo volumes of 4,6 to 6,6 m³. They are the most widespread option in Spanish medium-sized fleets, mainly due to their price and the extensive after-sales service network.

Maxus eDeliver: the Chinese outsider that has infiltrated the fleets

Maxus eDeliver 3, 7 and 9 They've entered many fleets for a simple reason: performance equivalent to European competitors at prices 15-20% lower. The eDeliver 7 with an 88 kWh battery boasts a WLTP range of 365 km and a payload of 1.135 kg. For self-employed drivers now making the switch to electric, it's a reasonable entry point.

Direct comparison: range, charging and price

Real autonomy versus approved autonomy: what happens on the street

The WLTP figure is a starting point, not a promise. In real-world urban deliveries, with constant stops, full air conditioning, and maximum load, electric vans lose between 15 and 25% compared to the official WLTP cycle in summer, and up to 35% in winter when the temperature drops below freezing and the heating is running nonstop.

An E-Transit Custom with a WLTP range of 337 km actually gets between 240 and 280 km at 20°C, dropping to 210-230 km in freezing conditions. The good news? The average urban delivery in Spain is between 90 and 160 km per day per vehicle. Plenty of margin.

TCO: Why the numbers add up over 5 years

The purchase price remains the biggest psychological barrier. An electric vehicle costs between 30 and 50% more than its diesel equivalent. But when you stretch the calculations to 5 years and 30.000 km/year, the film changes:

• Energy: 4-6 €/100 km for electric versus 11-14 €/100 km for diesel.
• Maintenance: practically half. Goodbye oil, filters, clutch, AdBlue.
• Taxes: 15% deduction in IRPF/IS for the purchase of electric vehicles, MOVES III aid of up to €9.000 for self-employed individuals and fleets, exemption from registration tax and IVTM bonuses.
• Access to ZBEZero restrictions, today and tomorrow.

In most realistic simulations, an electric urban delivery van recoups its extra cost between year 3 and 4. From then on, it saves money every kilometer it drives.

ZBE and ZERO label: the passport that is no longer optional

All these commercials have a label ZERO According to the DGT (Spanish Directorate General of Traffic), this translates into free and permanent access to Madrid Central, Barcelona's Low Emission Zone (ZBE), Seville's ZBE, and the other zones being activated by municipalities with more than 50.000 inhabitants as mandated by the Climate Change Law. If your fleet operates in several capital cities, this is the only way to guarantee continuous operation without depending on moratoriums or luck.

Cargo in storage: the real operational secret

The difference between an electric fleet that runs like clockwork and one that suffers every Monday lies in the infrastructure itself. 22 kW AC chargers per vehicle, intelligent power management to avoid skyrocketing electricity bills, nighttime charging during off-peak hours (up to €0,08/kWh)... that's the magic behind it all. electric last mile vans leave every morning at 100% without bursting the intake.

For self-employed individuals, a 7,4 kW home wallbox recharges a 75 kWh battery in about 10 hours. In other words: you plug it in when you get home and it's ready in the morning. No queues, no gas stations, no receipts to prove.

Conclusion: the last mile already has a winner

Sustainable urban development is no longer just a slogan. electric last mile vans The vehicles that are running through our cities today demonstrate that electrifying the final delivery route is not only viable: in most cases, it is already the most cost-effective option. Those who still have doubts usually do so because they haven't yet done the math.

And if you cast them, the numbers speak for themselves.