Designed to make going electric simple and efficient for hard-working urban businesses, the Transit City offers three versatile body styles and all the essential features as standard.
Explore the latest Ford Pro electric van with Chief Engineer Simon Robinson.
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Ford Pro has officially expanded its commercial vehicle lineup with the introduction of the Transit City, a dedicated electric van engineered for urban logistics. While the Transit range has evolved significantly since its 1965 debut, the Transit City represents a specific shift toward addressing the regulatory and economic demands of modern European metropolitan areas. This platform is designed specifically for cost-conscious firms operating in increasingly electric-only zones where efficiency and low complexity are the primary operational requirements.
Configuration and Load Capacity
The Transit City is engineered for high-efficiency operation through a high-standard base specification that reduces the requirement for optional equipment. The lineup consists of three primary body styles tailored for different urban applications. The L1H1 Van is a compact variant designed for high-density environments, capable of transporting three Euro pallets with a payload capacity of up to 1,085 kg. The L2H2 Van serves as the high-volume variant, offering 8.5 cubic meters of load space and a payload of up to 1,275 kg. For specialized requirements, a Chassis Cab platform-on-frame configuration is available for conversions such as delivery boxes or utility drop sides. Every model includes a durable load liner, half-height interior trim, and integrated lashing points as standard equipment to ensure immediate operational readiness.
Battery Technology and Range Performance
The vehicle utilizes a 56 kWh usable capacity battery featuring Lithium-Iron Phosphate (LFP) chemistry. LFP was selected for its thermal stability and durability under frequent DC fast-charging cycles, which is common in multi-shift urban environments. Based on Ford Pro data indicating that 90% of urban vans average fewer than 110 km per day, the Transit City’s targeted range of 254 km according to WLTP standards is positioned to meet daily operational requirements with a significant buffer. Charging capabilities are optimized for minimal downtime, with 11 kW AC charging providing a 10 to 100% charge in approximately 5.2 hours. Rapid charging via a 67 kW DC connection allows for a 10 to 80% charge in approximately 30 minutes, while 50 km of range can be recovered in 10 minutes via a compatible fast charger.
Operational Costs and Driver Systems
The transition to an electric drivetrain is projected to reduce maintenance costs by approximately 40% compared to internal combustion equivalents, largely due to fewer moving parts and a reduced number of service items. This efficiency is supported by a service interval of two years or 40,000 km. Standard driver-assist and productivity features include a 12-inch touchscreen with SYNC integration, heated driver seating to reduce cabin heating energy consumption, and a suite of safety technologies including Automatic Emergency Braking, Adaptive Cruise Control, and Lane Departure Warning. These systems are designed to reduce driver fatigue during high-frequency stop-and-go urban cycles.
Durability and Market Availability
The Transit City has completed a global durability testing program simulating 10 years of intensive use or 240,000 km of service. Specific focus was placed on high-frequency usage components such as rear doors, side load doors, and ignition systems to ensure reliability in multi-drop delivery scenarios. Order books for the 2026 Transit City are scheduled to open in the second quarter of 2026, with initial models expected to arrive at Ford Transit Centres by the end of the year.
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COMMENTS
- The new Ford Transit looks amazing. It really captures the friendly, hardworking, timeless spirit of the Transit MK3. I’d love to turn this vehicle into a camper van, power it with solar panels, and travel along the Aegean and Mediterranean coasts 😍- I've worked with Multi Drop delivery. I'd advise them to get rid of the car's start button and instead use the brake pedal to turn it on. This would eliminate the need for an extra step (pressing the button 180 times a day).
It would also be a good idea not to turn off the multimedia system immediately after locking the doors. Instead, let it run for a few minutes. That way, when the driver delivers the package and returns to the car, they won't have to wait for the multimedia system to restart, or have to repeatedly disable the driver assistance systems.
P.S. But of course, Ford engineers will never see my comment.
- Nice design but that is some very slow DC charging, and that will be the peak rate advertised. Should offer multiple battery sizes as well.
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