2023 Peugeot 2008 GT EV Electric · MF23 BHA

A clean pass on 27 March 2026 with no advisories or defects recorded establishes the current DVSA roadworthiness position for this 2023 Peugeot 2008 GT EV. With only a single MOT test on record to date — which is normal for a three-year-old vehicle first falling within the testing threshold at the start of its fourth year — there is no longitudinal pattern of defects, advisories, or failures to evaluate. The absence of any flagged items at this early stage of the testing cycle indicates that wear-related components such as brakes, suspension, tyres, and high-voltage system ancillaries (where applicable to a standard MOT inspection) were within the examiner's pass criteria at the time of test. The record is therefore minimal rather than comprehensive, and any prospective buyer should recognise that future advisories are likely as the vehicle accumulates mileage and age. At 27,259 miles over an approximately three-year service life, this 2008 GT EV has covered an average of around 9,086 miles per year, which sits comfortably within the typical usage band for a privately-driven vehicle of its type. The mileage progression from new through to the present test is consistent and shows no sudden anomalies, odometer inconsistencies, or unusual gaps between recorded readings. For an electric crossover of this class, an annual mileage in the high single to low five figures is generally associated with steady use of the drivetrain, moderate brake wear (regenerative braking reduces disc and pad consumption in normal driving), and predictable degradation of suspension bushes, drop links, and tyre tread. Nothing in the recorded mileage profile suggests prolonged standing, which can be particularly relevant for EVs where 12V auxiliary batteries, brake fluid, and certain rubber components can deteriorate during inactivity. Given that the MOT record contains no specific advisories, the buyer inspection must be guided by the typical failure and advisory areas for a Peugeot 2008 of this generation, particularly the early EV variants. On a physical inspection, particular attention should be paid to the condition of the rear axle bushes, anti-roll bar drop links, and front suspension wishbone bushes, as these are known wear points on the platform and can produce clonking or knocking noises over speed humps and uneven surfaces even when not yet at MOT failure thresholds. Steering should be checked for vagueness or pulling to one side under braking, and the tyres examined for uneven shoulder wear, which can indicate alignment or suspension geometry issues not yet severe enough to flag a test. Brake pedal feel should be smooth and firm, with no excessive travel or judder under light application, as seized or binding calipers occasionally present on stored or lightly-used vehicles. A test drive should also include careful attention to the high-voltage system interface, cabin electronics, and any warning messages displayed on the instrument cluster, as none of these fall within the scope of an MOT but are critical to the operational integrity of an EV. Listen for any drivetrain shunt, vibration, or whine during acceleration and regenerative deceleration, and verify that the charging port, mode selector, and climate control operate as expected. Inspect the underside of the vehicle, where accessible, for any fluid staining around the cooling circuit, power electronics housings, or suspension subframe mounting points. Because the MOT record provides no insight into the condition of these EV-specific items, a manufacturer-approved diagnostic scan and a residual health check on the traction battery would be prudent steps before purchase, ensuring that the clean DVSA outcome is matched by sound underlying mechanical and electrical condition.