{{ tags.important.name }}CAVAN C1/EK2C Electric Commercial Van

The CAVAN C1 is a battery-electric commercial van developed by Foton, positioned as a zero-emission solution for urban logistics and last-mile delivery. It is built on a dedicated new energy platform rather than being a converted combustion vehicle, which allows for a more efficient packaging of batteries and cargo space.

The vehicle is offered in three distinct configurations at launch, differing primarily in wheelbase, roof height, and battery capacity. The entry-level C1 is the most compact, featuring a standard wheelbase and roof. The C1 Plus extends the wheelbase for greater cargo volume, while the C1 Max retains the longer wheelbase but adds a high roof, maximizing load space for bulky items. Across all versions, the C1 prioritizes practicality, offering dual sliding side doors and rear barn doors as standard equipment, a configuration that facilitates easy access for both manual loading and forklift operations in tight urban environments.

Powering the C1 is a single electric motor mounted at the front, driving the front wheels. The motor delivers consistent output across the range, providing sufficient acceleration for city traffic and merging onto faster roads. The driving experience is characterized by a one-pedal feel in its default Eco mode, thanks to strong regenerative braking that recovers energy during deceleration. The suspension setup, with MacPherson struts at the front and leaf springs at the rear, is tuned for load-bearing capability rather than outright comfort, though reviewers note the ride is acceptable for a commercial vehicle, particularly when unladen. The steering is described as neutral, though the turning circle is not particularly tight, a trade-off for the long wheelbase that benefits cargo capacity.

Inside the cabin, the C1 adopts a practical, hard-wearing approach. The dashboard is dominated by a central touchscreen that handles infotainment and vehicle settings, paired with a digital instrument cluster for the driver. A notable feature is the three-seat bench, allowing for a driver and two passengers, which is useful for delivery teams. However, the cabin has drawn criticism for some ergonomic choices. Reviewers have highlighted that the front wheel arch intrudes significantly into the driver's footwell, crowding the brake and throttle pedals. Storage space is limited on the dashboard, though there are large door pockets and underseat storage accessible by flipping up the cushions. The driver's seat is a suspension unit with heating and cooling functions, but some testers found the adjustment range and firmness less than ideal.

In terms of charging and efficiency, the C1 supports DC fast charging via a CCS2 connector. Real-world testing has shown that on a 100 kW charger, the vehicle can accept charge at rates up to approximately 90 kW, tapering off as the battery nears full capacity. Official claims suggest a 20 to 80 percent charge can be achieved in about 18 minutes under optimal conditions, though independent testing has observed longer times depending on the charger and conditions. The C1 also features Vehicle-to-Load capability, with both interior and exterior power outlets, allowing the van to run tools or equipment on a job site, a feature that adds significant utility for tradespeople.

Safety and driver assistance systems are a key part of the C1's offering. The vehicle includes autonomous emergency braking, adaptive cruise control, lane-keep assist, blind-spot monitoring, and rear cross-traffic alert as part of its advanced driver assistance suite. The body structure utilizes a high proportion of high-strength steel, and the van is certified to European Whole Vehicle Type Approval standards, reflecting a focus on meeting international safety and quality benchmarks. However, it should be noted that the C1 is equipped with only two airbags (front occupants), and some reviews have pointed out the absence of side curtain airbags, which is a consideration for fleet buyers prioritizing occupant protection in side-impact scenarios.

From a cargo perspective, the C1 is designed for efficiency. The load floor is low, and the wide side doors and rear opening are intended to speed up loading and unloading. The cargo bay includes multiple tie-down points mounted low on the walls, and interior lighting. However, some practical shortcomings have been noted: the cargo area walls are only lined halfway up, the checker-plate floor can become slippery when wet, and there is no dedicated mounting point for a spare tire inside the van, with the spare often supplied loose in the cargo bay. Additionally, there is no pass-through hatch in the cargo barrier for carrying longer items that could slide under the front seats. These details suggest the C1 is a capable but cost-conscious tool, where the focus is on the core electric drivetrain and load volume rather than on refined interior finishes or every possible convenience feature.