How Electric Cars Became Some of Britain’s Most Stolen Vehicles This Year
- More than 25,000 cars were stolen in Britain in the first half of 2026, and electric models including the Hyundai Ioniq 5 and Kia Niro now feature among the most targeted vehicles.
- The Nissan Juke Tekna CVT topped the theft table with 197 thefts in six months, a 19 percent rise, as thieves increasingly target keyless entry systems rather than hot-wiring older cars.
- Fewer than 15 percent of stolen cars are ever recovered, and London and the West Midlands account for roughly half of all recorded thefts.
How Electric Cars Joined the Most Stolen List
DVLA registration data shows more than 25,000 cars were stolen across Britain in the first six months of 2026. The list of the most targeted models, once dominated entirely by petrol crossovers and hot hatches, now includes several electric cars for the first time, among them the Hyundai Ioniq 5 Ultimate, the Hyundai Ioniq 5 Premium, and both the Kia Niro 2 and Niro 4 EV. The Nissan Juke Tekna CVT remained the single most stolen variant in the country, with 197 recorded thefts in six months, a 19 percent increase on the same period in 2025.
The common thread across almost every car on the list, electric or not, is keyless entry. Thieves no longer need to break a window or hot-wire an ignition barrel. A relay device held near a house wall can pick up the signal from a key fob sitting on a hallway table and relay it to a second device by the car, tricking the vehicle into unlocking and starting as though the real key were present. The whole process takes under a minute and leaves no broken glass or forced locks for a driver to notice until the car is simply gone.
Why Electric Cars Are Now a Target
Electric cars were largely absent from theft league tables until the past two years, partly because fewer were on the road and partly because stolen EVs were harder to resell or break for parts given their traceable battery packs. That has changed as the electric fleet has grown large enough to support a parts market, and as the same keyless relay technique that works on a petrol Juke works identically on an Ioniq 5, since the vulnerability sits in the key fob system rather than the engine underneath it.
Insurers have taken notice. Comprehensive policies on keyless electric models in the highest-risk postcodes now routinely price in a security loading that was not applied two years ago, and several insurers ask directly on the application form whether a Faraday pouch or a secondary mechanical lock is fitted before confirming cover at the lowest available rate.
Where the Theft Risk Is Highest
London and the West Midlands together account for roughly half of all recorded vehicle thefts in the DVLA figures, reflecting both the density of parked cars and the resale networks that move stolen vehicles out of the country through ports in those regions. A car parked on a driveway in a low-theft postcode still carries a meaningfully lower risk than the identical model parked on a street in a theft hotspot, which is one reason insurance quotes for the same car can vary by hundreds of pounds purely on postcode.
Why So Few Stolen Cars Come Back
Fewer than 15 percent of stolen cars are recovered, a figure that has stayed roughly flat for several years despite rising theft numbers overall. Police forces have said resourcing for vehicle crime investigation has not kept pace with the rise in relay theft, and a car driven off a driveway at 2am can be across a port and loaded onto a container ship within hours, well before an owner has woken up and reported it missing. Cars fitted with a tracking device rather than relying on a factory alarm alone are recovered at far higher rates, because a tracker keeps transmitting location data even once the vehicle has left the country.
How to Cut Your Own Risk
A Faraday pouch that blocks the fob’s signal at home remains the cheapest single defence, though cheaper pouches have been shown in independent testing to let some signal through, so a pouch that has been tested and certified is worth the extra cost over a bargain version. A secondary mechanical steering lock adds a visible, physical barrier that a relay attack cannot bypass regardless of how the electronic entry is defeated. Parking in a garage or behind a locked gate rather than on an open driveway removes the easy access a thief needs to get close enough to the house wall for a relay device to work in the first place.
Sources: