2021 Mercedes-Benz A 250 AMG Line Premium + E A 1.3L Hybrid electric (clean) · LS21 GOP

A 2021 Mercedes-Benz A 250 AMG Line Premium with a completely clean MOT record across three successive tests demonstrates a strong, uninterrupted track record of roadworthiness, with advisories or component defects entirely absent from the DVSA history. The most recent examination on 4 February 2026 recorded a straightforward pass with no defects, reinforcing a stable mechanical trend that has held since the first test in February 2024. For a prospective buyer, this presents a reassuring baseline: no recurring brake, suspension, exhaust, or corrosion issues have been flagged by testers, and there is no evidence of chronic component wear reaching the advisory threshold during the period covered by testing. The absence of any structural or operational advisories is particularly significant for a vehicle now five years old, as it suggests that the key safety-critical systems have remained within serviceable limits under official inspection. At 26,096 recorded miles against an age of approximately five years, this A 250 has accumulated usage at a rate of around 5,200 miles annually, which sits well below the average for a modern executive hatchback. This lower-than-typical mileage figure suggests either light private use, a predominantly urban driving pattern, or extended periods of inactivity between journeys. Mechanically, such modest accumulation tends to preserve the life of major drivetrain and braking components, while placing greater relative demand on items that degrade through age rather than use. The continuous MOT testing across three consecutive years without lapse indicates the vehicle has remained on the road consistently, with no evidence of a multi-year SORN lay-up that might otherwise raise concerns about dormant component deterioration. Given the low annual mileage and the premium specification of this AMG Line model, particular attention during a pre-purchase inspection should focus on age-related wear that official testing may not fully capture. Although no brake-related advisories have been recorded, brake discs on low-mileage vehicles are prone to surface corrosion, particularly on the rear axle, and a test drive should include firm pedal applications to confirm the brakes respond sharply without judder or pull to either side. The multi-link rear suspension fitted to this platform should be exercised over uneven surfaces and speed humps to detect any knocking, clonking, or vague steering feedback that could point to worn control arm bushings, anti-roll bar drop links, or top mount wear, all of which can present on lightly used cars as the rubber components harden with age. The test drive should also include careful evaluation of the drivetrain and electrical systems. As a plug-in hybrid variant, the transition between the combustion engine and electric propulsion should feel seamless, with no unexpected vibrations, warning messages on the instrument cluster, or hesitation under load. Listen for any unusual whine from the electric motors or irregular ticking from the petrol engine on cold start, and confirm the high-voltage charging system operates as expected. Inspect the underside and inner wheel arches for any early signs of surface corrosion around suspension mounting points and underbody shielding, as even clean MOT histories do not always reveal the earliest stages of cosmetic oxidation. Finally, verify that the tyre tread depth remains legal and that the sidewalls show no cracking or flat-spotting from prolonged stationary periods, completing a thorough evaluation of a vehicle whose MOT record suggests it has been mechanically well maintained.