It’s all-electric with zero compromises. The All-Electric Ford E-Transit has been exclusively created to help provide your business with more sustainability, without compromising on capability, versatility and durability. Making it the perfect time to go green and glide your business into a future of sustainability with Ford .
With a 400-volt battery with 68 kWh of usable power, you’ll never have to worry about doing any of the hard work as it’s already done for you.
The E-Transit battery provides an impressive range of up to 196 miles* on a single charge and is available in two height and three length variations. The E-Transit will offer up to 15.1 cubic metres of cargo space. In fact, there are 25 configurations, so whatever your requirements there’s a E-Transit to suit your business perfectly.
Whether you run one or more vehicles, our connectivity solutions give you the tools to keep them healthy.
FordPass Pro is a free app that provides you with access to viewing your vehicle’s location, health status and managing recharging schedules. You will also be able to remotely lock and unlock your vehicle’s doors – providing you with peace of mind, always.
If you operate a fleet of more than 5 vehicles, Ford Telematics is the perfect platform to help maximise productivity and minimise downtime with powerful data-driven insights. This provides you with an overview of the daily operations of your fleet. Ford Telematics also provides you with access to seamlessly manage the payment of public charging using the Ford charging network.
Charge your E-Transit with simplicity either at home, the depot or a public charging point.
The E-Transit can charge from 15 per cent to 80 per cent in just
34 minutes from a 115 KW DC fast charger. An overnight full charge from a
Ford Wall-box with a 230-volt 16A 3-phase AC supply takes just over 8
*Based on full charge. Range quoted for best performing variant, Medium Wheel Base, Medium Roof Cargo, 390 Series, Speed Limited to 90kph. Targeted estimate range applies to an available configuration (and is based on CAE modelling using WLTP test procedure). Actual range varies with conditions such as external elements, driving behaviours, vehicle maintenance, lithium ion battery age and state of health . **Charge power can decrease with increasing state of charge. Actual charge times and charge speeds can vary based on different factors (weather, temperature, driving behaviour, vehicle condition, age of the lithium-ion-battery, used charging infrastructure) .