2022 Citroen E-Berlingo Flair XTR Electricity · GD22 OBF

The most recent DVSA MOT test for this 2022 Citroen e-Berlingo Flair XTR was conducted on 30 March 2026 and resulted in a clean pass, with no defects, advisories, or minor issues recorded against the vehicle. The prior test on 28 March 2025 also returned a pass with no recorded defects, establishing a consistent two-year pattern of roadworthy presentation at annual inspection. With no advisory items logged across either test, there are no specific component wear flags, emerging failure points, or monitored deterioration trends identified by the examiner that would otherwise warrant immediate attention or negotiated remedial work. From a regulatory and testing standpoint, the maintenance trend is stable and the vehicle presents a sound baseline record. It is worth noting that the e-Berlingo is a relatively modern and mechanically simple electric platform, so the absence of exhaust emissions testing and traditional combustion-related advisories is expected. The recorded mileage of 7,422 miles across approximately four years of service equates to an annualised usage of around 1,856 miles, which is considerably below the national average for a vehicle of this type and age. This low utilisation rate typically reflects a vehicle used primarily for short urban errands, school runs, or light commercial duties rather than sustained motorway driving, and it is not unusual for a family-oriented electric MPV of this kind. The mechanical implications of such low mileage are generally positive in terms of brake wear, as regenerative braking will have minimised friction material and disc contact, and drivetrain wear will be negligible given the inherently lower component count of an electric powertrain. However, extended periods of standing combined with low overall mileage can introduce calendar-based degradation issues that high-mileage vehicles do not experience, and these should be the primary focus of any pre-purchase inspection. Given the low usage profile and clean MOT history, particular attention should be paid to age-related rather than wear-related deterioration. The tyres, despite likely retaining significant tread depth due to limited mileage, should be carefully inspected for sidewall perishing, cracking, and ozone degradation, as rubber compounds deteriorate with time irrespective of wear; any tyres older than five years from the date of manufacture should be viewed with caution. The 12-volt auxiliary battery, which manages auxiliary systems on the e-Berlingo, is particularly susceptible to sulphation and premature failure when the vehicle is left standing for prolonged periods, so its state of charge and load test results should be verified. Brake calipers and discs, though unlikely to be worn thin, may exhibit corrosion build-up or seizing from infrequent use, which can manifest as uneven braking, pulling to one side, or a grinding sensation on initial movement. The high-voltage traction battery should also be checked for state of health, as prolonged storage at high or low states of charge can accelerate capacity loss, and a diagnostic health report from a Citroen dealer or specialist would provide reassurance. Finally, fluid systems and ancillary components warrant inspection on a time-serviced basis rather than purely mileage-based criteria. Brake fluid is hygroscopic and should typically be renewed every two to three years regardless of mileage, so the service history should be reviewed to confirm this interval has been observed. The coolant serving the electric drivetrain and battery thermal management system similarly degrades over time and should have been changed within the manufacturer's recommended interval. The windscreen, wiper blades, and lighting equipment should be examined for UV damage and oxidation given the vehicle's age, and all interior and exterior seals should be checked for drying or shrinkage. A thorough test drive should be conducted to listen for any suspension clonks or knocks over speed humps and uneven surfaces, which would indicate worn anti-roll bar links, drop links, or suspension bushes resulting from the vehicle's age rather than high mileage, and to verify smooth, consistent regenerative braking performance without warning lights or fault messages on the driver display.