2022 Volkswagen Arteon 2.0L Diesel · VU72 AWA

Operating at an intensive annual accumulation rate, this four-year-old Volkswagen Arteon presents an exceptionally clean statutory testing history, having secured an unblemished pass on August 14 2026 at 70,156 miles to mirror its equally fault-free pass from August 2025. Rather than accumulating defects or showing progressive wear on the Ministry of Transport test sheet, the record reflects consistent structural and mechanical compliance across its first two eligible years of testing. This stable trajectory indicates that the car has successfully met core roadworthiness standards without triggering any official advisories or statutory failures during its scheduled examinations. The high-mileage profile, averaging roughly 17,539 miles per year, points directly to heavy fleet or motorway usage rather than a domestic, low-mileage lifecycle. Mechanically, this sustained high-tempo usage places continuous thermal and physical demand on the drivetrain, suspension bushings, wheel bearings, and braking systems, even if those components have not yet manifested visible degradation during their annual inspections. While motorway miles are typically less punishing on suspension components than urban driving, buyers should anticipate accelerated consumption of high-friction parts and auxiliary drive components due to the sheer volume of revolutions and heat cycles experienced in a compressed timeframe. On the test drive, careful attention must be paid to the front and rear multilink suspension setups, listening intently for any dull knocks, creaks, or excessive float over undulating road surfaces that would indicate premature fatigue in the control arm bushes or anti-roll bar links. Because high-mileage executive saloons frequently suffer from invisible highway debris impacts and brake disc scoring, evaluate the steering for any high-speed vibrations or pulling under braking, and check that the brake pedal offers a firm, progressive bite without judder. A thorough physical inspection of the underbody on a ramp remains essential despite the clean MOT record, allowing a closer look at the subframe mountings, undertrays, and exhaust routing for signs of impact damage or accelerated galvanic corrosion common in high-mileage motorway vehicles. Verify that all electronic driver assistance systems, adaptive damping modes, and powertrain components engage smoothly without hesitation, ensuring that the high annual mileage has not induced premature wear in the transmission or complex electrical architecture.