2020 KIA Niro 4 EV Electricity · EO20 YLJ

Electric running costs are the Niro EV's headline advantage. With a 64 kWh battery and a real-world range of around 250-280 miles, home charging at a typical overnight tariff of 7.5p/kWh works out at roughly 2p per mile, translating to around £600-£900 per year for 10,000 miles of driving. Public rapid charging is considerably more expensive, so factor in your charging habits. Road tax is free for fully electric vehicles, saving £165 annually versus a comparable petrol or diesel car, though this is set to change for vehicles registered after April 2025 — this June 2020 car remains exempt.

Insurance for the Niro 4 sits in group 28-29, which is moderate for an electric family car — expect £450-£650 per year depending on your location and driving history. Tyres are a notable cost: the Niro EV uses a specific low-rolling-resistance fitment, and a full set runs £350-£500. Kia's fixed-price servicing scheme offers competitive rates, with annual services around £150-£200 for the EV-specific checks. Overall estimated annual running cost is £800-£1,100 including charging, insurance, servicing, and tyres.

Given that this Niro's MOT record shows no defects across four tests, there are no specific failure types from its history to chase. Instead, focus on issues commonly reported across the Niro EV range: check the 12-volt auxiliary battery, which can fail prematurely and trigger warning messages; inspect the charge port for wear or damage, particularly if the previous owner used public rapid chargers frequently; and verify the operation of both AC and DC charging, as charge port faults are a known issue.

The model-wide data indicates that service brake effort, service brake efficiency, and tyres are the top MOT failure categories for the Niro family. Even though this particular car has avoided these, inspect the brake discs for corrosion (common on EVs due to limited mechanical braking) and check all four tyres for even wear — the Niro's modest 215/55 R17 fitment should wear evenly if alignment and pressures have been maintained. Finally, examine the underside of the car for any signs of accident damage or corrosion, particularly around the rear suspension where salt accumulation can occur, and confirm the battery pack underneath shows no impact damage.