2022 Peugeot 2008 Allure EV Electricity · RO22 YBC

The 2022 Peugeot e-2008 Allure presents with a fully clean MOT history across all five recorded tests from July 2023 through January 2026, with the most recent examination on 26 January 2026 returning a pass and no defects or advisories recorded. This consistency over the test history suggests a stable and well-maintained vehicle from a roadworthiness compliance perspective, with no emerging patterns of wear, component failure, or remedial work flagged by DVSA examiners. As an electric vehicle, the e-2008 is exempt from traditional exhaust emissions testing, but it remains subject to the same scrutiny of tyres, brakes, suspension, lighting, visibility, and structural integrity. The absence of advisories is particularly notable given the vehicle's age and accumulated mileage, indicating that no components have been identified as approaching the threshold of failure at the point of each inspection. The maintenance trend is therefore best characterised as consistently stable, with no deterioration or improvement detectable from the records alone. The recorded mileage of 59,239 miles over approximately four years equates to an annualised usage of around 14,810 miles, which is notably above the average for a privately operated vehicle in the UK. This higher-than-average accumulation places the e-2008 in a category where consumable wear on items such as tyres and brake components will progress at a more rapid rate than on a lower-mileage equivalent. That said, the steady year-on-year test entries with no significant gaps suggest the vehicle has been in regular use rather than standing idle for extended periods, which is generally beneficial for an electric powertrain as it mitigates concerns around battery degradation from prolonged inactivity. The relatively high mileage also means that suspension components, including coil springs, dampers, and anti-roll bar bushes, will have experienced meaningful working cycles, and a physical inspection should reflect the wear typically associated with sustained road use. For a prospective buyer, the clean MOT record narrows the focus of pre-purchase checks to age-and-mileage-appropriate mechanical concerns rather than documented defects. A thorough test drive should include careful attention to suspension behaviour, listening for any clonks, knocking, or knocking sounds over uneven surfaces that might indicate worn bushes or top mounts given the higher-than-average annual mileage. The braking system should be evaluated for smooth operation without shudder or pulling, although it is worth noting that electric vehicles with regenerative braking often exhibit reduced wear on friction materials, so the discs and pads may still have substantial life remaining. Tyres warrant close inspection for both tread depth and, critically, any signs of uneven wear across the tread face that could point to alignment or suspension geometry issues, as well as perishing or cracking of the sidewalls given that tyres deteriorate with age regardless of mileage. Beyond the test drive, several time-based and usage-based checks are advisable. The 12-volt auxiliary battery, which supports ancillaries and control systems in an EV, should be tested for state of health as these typically require replacement every four to six years. Brake fluid is hygroscopic and degrades on a calendar basis, with replacement generally recommended every two years regardless of mileage, so confirming the date of the last fluid change via the service documentation is prudent. Tyre sidewalls should be examined for cracking, particularly if the vehicle has been kept predominantly outdoors, and the wheels should be checked for kerb damage that may have occurred during urban driving. Finally, verifying the presence of complete and up-to-date service history, ideally with stamps or digital records from a Peugeot main dealer or qualified EV specialist, will provide essential evidence that the high-voltage battery, electric drive unit, and thermal management systems have been maintained to manufacturer schedule, which is fundamental to the long-term viability of any used electric vehicle.