The CITIGOe IV’s made for daily commute, shopping, meetings, you name it. Besides its practical dimensions and excellent dexterity, its key advantage is its nimble all electric drive. As the 210 Nm maximum torque is available from standing start, the agile responses of the car will make it fun to drive no matter how short the journey.
Like shopping? Big food shop, or bags packed with the latest fashion - it will all fit. The boot offers 250 I of space and its teeming with smart solutions. Stabilise smaller purchases with one of four hooks or the net system. For bigger loads, fold down the rear-seat backrests to get as much as 923 I.
Remain in control
From the comfort of your own desk, use your smartphone to check the remaining range, control recharging, or activate the air-conditioning so the car is at the ideal temperature for the journey home.
Enjoy the weekend trips away
Turn on cruise control when you have miles to go on the motorway, choose a comfortable air-conditioning temperature, and enjoy the view. Running out of power? A fast charger will recharge a flat battery to 80% capacity in just one hour
The compact dimensions conceal a surprisingly generous interior with top connectivity and safety, making the stylish-yet-thrifty CITIGOe iV perfect for young drivers and families, couples, or as an additional runaround.
You’ll stand out from the crowd with the CITIGOe iV’s original sleek design. The car impresses with its cleanly modelled surfaces, precisely drawn lines, clear contours and ample side windows. The tailgate logo shows that this car is one of the iV family of models.
3THIS IS JUST AN ESTIMATE: We've taken a vehicle that it more or less comparable. We're not making promises here. It's simply to make the point that you can save money by not spending as much on fuel. Fuel meaning what powers the car. That could be Petrol, Diesel or Electricity. We're not lying or trying to decieve you – so don't hold us to it. It's an estimate.
**How we've calcualated this estimate:** The running costs are estimated based on the selected mileage and the type of fuel that is used to drive the vehicles. In case of electric vehicles, the cost per mile is calculated based on the vehicle’s battery capacity and the WLTP range of the vehicle. The total cost is then a multiple of cost per mile and the annual mileage.
**Electricity cost** = (Battery capacity kWh x UK Average electricity cost 4 £ / WLTP range miles) x Annual Mileage miles
For the combustion vehicle, a comparable model in price and performance is chosen. The amount of fuel required to cover the mileage multiplied by the cost per gallon would provide the total cost.
**Fuel costs = **(Annual Mileage miles / MPG miles/gallon) * Fuel cost per gallon5 £/gallon
The savings is the difference between the two.
Reference data from Department of Business, Energy and Industrial Strategy