Citroen ë-Jumper

The extended data sheet separates the bodywork from the homologation because in the ë-Jumper two externally identical units can offer almost 750 kg of payload difference. The jump from 3.500 to 4.250 kg does not increase the box or the battery: it increases the legal mass available for work.

Exterior dimensions and cargo area of ​​the vans

The interior dimensions and openings correspond to the common industrial body; the Spanish specification sheet of June 2026 sets the exterior dimensions and specific masses of each ë-Jumper.

Weight, consumption, range and towing capacity by configuration

The relationship between consumption and autonomy reveals something important: The 4,25-ton versions are homologated for greater range not because they weigh less, but because they are limited to 90 km/h. Its WLTP should not be compared to that of a 3,5 t without incorporating that difference in maximum speed into the actual mission.

Electric chassis cab and parcel box

The available load of a chassis cab is not the final payload: the box, tipper, platform, refrigerator, subframe, tools, occupants and any accessories installed before final registration must be deducted.

Which version fits each job?

In Spain, a Category B driving license held for more than two years can, under specific conditions, allow the driving of goods vehicles with alternative fuels weighing more than 3.500 kg and up to 4.250 kg. The excess mass must come exclusively from the propulsion system compared to the conventional equivalent; it cannot increase the load capacity compared to that equivalent, and the provision does not automatically cover towing or international traffic. The company must validate the exact case with the technical data sheet, the driver's license, their insurance company and the framework of the countries through which it will be driven.

The new drivetrain changes the personality of the ë-Jumper more than any cabin tweaking. The 200 kW and 400 Nm engine multiplies the response reserve of the previous generation and allows the loaded van to be moved without constantly resorting to Power mode.

Citroën distributes power across three programs. Eco limits maximum demand to 120 kW and includes climate control and responsiveness; Normal allows 160 kW and covers almost the entire day; Power unleashes the full 200 kW for inclines, merging, or heavy loads. The smart choice is not to always drive in Eco mode, but to conserve energy without turning the vehicle into a slow or unpredictable tool.

The paddles don't change gears: they control four levels of regenerative braking. In the city, a high level reduces the use of the brake pedal and returns energy to the battery; on the highway, a low level helps the car coast. Maximum energy recovery is not always maximum efficiency: every unnecessary braking converts motion into electricity and then loses some of it again when accelerating.

The infrastructure is part of the van

A 110 kWh e-Jumper only makes sense if the company designs the charging with the same care as the route. A 22 kW three-phase point can return all the energy for a short night; a 7,4 kW installation would need approximately three times as long and could leave the vehicle without any margin after a late arrival.

Before installing chargers, it is necessary to check available power, simultaneous charging of vehicles, dynamic management, electrical protection, schedules and tariff. In a fleet, distributing power intelligently is usually more cost-effective than installing a maximum charger for each seat.

Fast charging should be budgeted as operational insurance. A 0-80% charge session theoretically adds about 88 kWh before losses; its cost depends on the operator's tariff and can approach or exceed the cost per kilometer of an efficient diesel vehicle. The economic advantage appears when most of the energy is purchased on a baseload basis, during off-peak hours, or through self-generation.

The cabin is no longer the Jumper's obvious weak point, although it still prioritizes work over refinement. There are three seats, plenty of storage compartments, a 7-inch digital instrument cluster, automatic climate control, and a 7-inch touchscreen with wireless Apple CarPlay and Android Auto as standard.

The double bench seat allows for two passengers, but the middle seat retains the usual limitations of a large van. For those who spend hours behind the wheel, the suspended seat, heating, lumbar support, and individual comfort seats are more worthwhile investments than a decorative rim. The Eat & Work table, the 230V socket and the overhead compartments make the booth an acceptable office for delivery notes, laptops and breaks.

Behind, the cAll ItemsThe walls are almost vertical, the usable width of 1.870 mm leaves 1.422 mm between wheel arches and the height reaches 1.932 mm in H2 or 2.172 mm in H3. The 1.250 mm wide side door and the 1.562 mm wide rear doors allow working with pallets and large packages without always depending on a dock.

An L3H2 is the most logical for companies that need volume but not extreme height; the L3H3 adds two long meters of interior height without lengthening the maneuver; the L4H3 takes the usable length to 4.070 mm and the volume to 17 m³. In the last two, the 4,25-ton version is almost mandatory when the load is not particularly light.

Charge density matters as much as volume

With 710 kg available, a 3,5-ton L3H2 can fill its 13 m³ if it carries light boxes, but not if it carries drinks, ceramics, machinery or dense spare parts. The maximum average load is just 55 kg per cubic meter before adding driver, passengers, lining or shelving.

The 3,5-ton L4H3 is even more critical: 635 kg spread over 17 m³ is equivalent to about 37 kg/m³. It's a configuration for air freight - light parcels, textiles, event materials - not for filling the entire box with weight.

At 4,25 tons, the L3H3 allows for approximately 96 kg/m³ and the L4H3 approximately 81 kg/m³. Weighing the finished unit is still necessary, but the margin is now suitable for a much wider range of professional use. Any refrigerator, lifting platform, second door, lining, flooring, shelving or roof rack must be deducted from the payload before calculating the goods.

The theoretical average load divides payload by volume and only serves to visualize the problem. It does not replace axle load distribution, stowage, occupant mass, or the technical specifications of the finished unit.

Citroën has greatly improved the starting point of the electric version. The ë-Jumper comes standard with more equipment than a basic combustion engine Jumper: digital instrument panel, touch screen, automatic climate control, electric brake, 22 kW three-phase charger, 7-meter cable and rear parking assistance.

Even so, a large van is not configured well by adding the most expensive package, but by addressing specific risks. Visibility, seating, cargo lighting, tool feed, doors, suspension, and bodywork preparation have more impact on productivity than exterior appearance.

Really useful options and packages

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In a large electric van, the service surrounding the vehicle weighs as much as the battery. The immobilization of a vehicle, the lack of an operational charger, or a repair that does not take high voltage into account can cost more than several monthly installments.

Citroën structures the operation through its professional network, FlexCare contracts, assistance, financing, connected services and Free2move Charge charging solutions. The key is not to contract everything, but to assign coverage and a responsible party to each risk.

Total cost: Cheap energy doesn't compensate for a bad mission

The ë-Jumper can reduce energy, maintenance and brake wear when charging at base and working on stable routes. But the savings disappear if you depend on expensive fast charging every day, if you need a second van to cover peak times, or if the 3,5-ton version forces you to multiply trips due to lack of payload.

The correct calculation must include net price after subsidies, financing, wallbox, contracted power, energy, maintenance, tires, insurance, taxation, charging time, residual value and immobilization cost. The comparison is not ë-Jumper versus diesel in the abstract, but a concrete route over four or five years.

The market for large electric vans is no longer divided between one viable option and several unrealistic promises. Ford, Renault, and Mercedes have increased range and charging capabilities; IVECO retains a heavy-duty architecture; and the three Stellantis models almost completely replicate the technology of the ë-Jumper. The choice should be made based on approved configuration, service, payload and total cost, not on the maximum advertised value of each family.

The Peugeot E-Boxer, Fiat E-Ducato and Opel Movano Electric are the closest alternatives: they share a base, a 110 kWh battery, a 200 kW motor, up to 17 m³ and the same mass logic. Among them, the specific offer is key: included equipment, availability, local network, maintenance contract, bodywork and residual value.

Outside of Stellantis, the Ford E-Transit stands out for its Ford Pro ecosystem and an extended battery that boasts a range of up to 402 km and 180 kW charging; the Renault Master E-Tech offers a newer body, a range of up to 460 km and improved aerodynamics; the Mercedes eSprinter opts for three batteries and a more refined environment; and IVECO eDaily opens the field towards GVWR of up to 7,2 tons and severe uses. The ë-Jumper responds with more power than many, 22 kW AC as standard, 17 m³ and a very favorable ratio between volume and length.

Electric medium-sized vans -ë-Jumpy, E-Expert, E-Transit Custom, eVito, Trafic E-Tech or Transporter electric- are not included as direct rivals. They may be faster, more efficient and manageable, but they belong to another category in terms of volume, height and transformation.

Nor should a diesel Jumper be automatically ruled out. For long routes without a base, high sustained speeds, frequent towing, or areas with weak infrastructure, diesel still offers greater flexibility and between 925 and 1.440 kg of payload in current 3,5-ton Spanish vans. The ë-Jumper wins when the route is repeatable, energy is purchased well, and the ZERO label provides access or contracts that diesel cannot guarantee.