2022 Citroen E-C4 Shine Electricity · CF71 UOY

The most recent DVSA MOT test for this 2022 Citroen e-C4 Shine was conducted on 24 January 2025, at which point the vehicle passed with no advisories, failures, or defects recorded against it. While the history is limited to a single entry, the clean pass is a reassuring baseline indicator, suggesting that the key safety-critical systems such as brakes, tyres, suspension, lighting, and emissions were in a serviceable condition at that time. With no recorded advisories, there are no specific component wear flags to monitor against previous tests, but it is worth noting that the absence of historical advisory data means there is no trend analysis available to confirm whether the vehicle is being maintained proactively or merely passing at the threshold of acceptability. Prospective buyers should treat this single clean pass as a starting point and verify that any work recommended at the test has been subsequently addressed. The recorded mileage of 11,254 miles across approximately four years equates to an annual average of around 2,814 miles, which is notably low for a vehicle of this age and indicates either limited regular use or extended periods of standing. Such low usage patterns present their own mechanical considerations, particularly for a battery-electric vehicle where prolonged inactivity can affect the high-voltage traction battery's state of charge management and the 12V auxiliary battery's longevity. While low mileage generally preserves mechanical consumables such as brake pads and discs from wear, it can conversely lead to issues with brake disc corrosion due to infrequent use, and the potential for moisture accumulation in unused drivetrain components. The relatively modest mileage also suggests the vehicle has likely covered mostly short journeys, which can inhibit the traction battery from reaching optimal operating temperatures and may contribute to gradual degradation of its usable capacity over time. Given the limited MOT history and the low annual mileage, a prospective buyer should conduct a thorough physical inspection focused on age-related degradation rather than high-mileage wear patterns. Tyres should be carefully examined for sidewall perishing and cracking, as rubber compounds deteriorate with age regardless of tread depth, and a vehicle sitting on its tyres for extended periods can develop flat spots or uneven pressure distribution. The brake discs should be inspected for surface corrosion, which is common on lightly used vehicles, and the calipers should be checked for any signs of seizing or binding that might occur from infrequent operation. The 12V auxiliary battery should be tested for its state of health, as batteries that are not regularly charged through vehicle use often suffer reduced lifespan, and the high-voltage traction battery should ideally be assessed using a diagnostic tool to confirm its current state of health relative to its original specification. Further inspection points should include verification of the charging cable and connector condition, examination of the underbody and suspension components for any standing corrosion or surface oxidation, particularly given the winter months when road salt exposure is prevalent. All fluid systems, including brake fluid and coolant, should be checked against their calendar-based service intervals rather than relying solely on mileage triggers, as brake fluid is hygroscopic and degrades over time regardless of use. The vehicle history should be cross-referenced with Citroen service records to confirm that the recommended EV-specific maintenance has been carried out at the appropriate intervals, and any diagnostic trouble codes should be retrieved using appropriate equipment to ensure no latent faults are present in the electric powertrain or ancillary systems. A test drive should include attentive listening for any suspension clonks over uneven surfaces, verification of consistent brake performance without pulling to either side, and confirmation that the regenerative braking system is functioning smoothly across its selectable modes.