2021 KIA Niro 4 + EV Electricity · RO71 JFX

The most recent DVSA examination on 1 November 2025 returned a PASS with no defects or advisories recorded, providing a clean baseline for the vehicle's current roadworthy status. The earlier entry on 29 October 2025 shows a FAILED test, but importantly no specific failure items are listed in the official record, which strongly suggests an administrative or registration-related refusal rather than a mechanical non-conformity. The fact that the vehicle returned to the test station only three days later and passed cleanly reinforces this interpretation. Across the documented history there are no advisories relating to braking components, suspension, tyres, lighting, or emissions, which indicates that the wear items most commonly monitored at annual test have not yet reached intervention thresholds. The overall trajectory should therefore be regarded as stable, with no evidence of deteriorating mechanical condition from the MOT data alone. With a recorded mileage of 37,908 miles over approximately five years of service, the vehicle is accumulating around 7,500 miles annually. This is broadly typical for a privately used family crossover and suggests a balance between urban and longer-distance driving rather than extremes of either. There is no indication of disproportionately heavy motorway use, which can accelerate wear on suspension bushes and brake components, nor of prolonged standing periods, which can promote brake disc corrosion and fluid degradation. The mileage accumulation appears steady and consistent with a vehicle that has been driven regularly but not excessively, reducing the likelihood of time-related deterioration outpacing wear-related deterioration. However, prospective buyers should still be mindful that even moderate annual mileage accumulates significant wear over five years on consumable items such as tyres, brake pads, and wiper blades. Because the MOT history is clean and free of advisories, there are no specific defect patterns to investigate or recurring failure points to anticipate. Nevertheless, a vehicle of this age and type warrants a methodical physical inspection regardless of test outcomes. Tyres should be examined closely for sidewall cracking and perishing, which occurs naturally with age through UV exposure and oxidation even when tread depth remains legal. Particular attention should be given to the EV-specific components: the high-voltage battery state of health should ideally be verified through a diagnostic read-out, as this is not assessed at MOT, and the 12V auxiliary battery, which powers ancillaries and control systems, can degrade silently and is a known cause of non-start issues in electric vehicles. Charging cable condition, the Type 2 inlet, and any signs of damage or scorching around the charging port area should also be carefully inspected. On a test drive, listen for any suspension knocks or clonks over speed humps and uneven surfaces, which would suggest worn anti-roll bar bushes, drop links, or top mounts, and pay attention to any uneven tyre wear that might indicate alignment or suspension geometry issues. The regenerative braking system should feel smooth and consistent without warning of grabbing or pulling, which can indicate binding calipers or uneven pad wear, particularly relevant if the vehicle has seen extended periods of light use. Listen for any unfamiliar noises from the drivetrain, although EV-specific concerns are limited given the absence of a conventional gearbox. Finally, verify the full service history, paying particular attention to time-based servicing items such as brake fluid replacement (typically every two years regardless of mileage due to hygroscopic fluid degradation), coolant renewal for the thermal management system, and cabin filter condition. Confirming these stamps will provide confidence that the vehicle has been maintained to schedule rather than purely on a mileage basis, which is essential for the long-term reliability of the high-voltage systems and ancillary electronics.