2017 Volkswagen Arteon 2.0L Petrol · EJ67 VCM

The 2017 Volkswagen Arteon presents a generally sound mechanical picture, though the most recent MOT on 19 September 2025 at 59,821 miles reveals a notable shift from its previously defect-free record. For four consecutive years between 2021 and 2024, the vehicle passed its annual tests without a single advisory or failure, indicating consistent baseline maintenance during that period. The September 2025 test, however, flagged wear across all four brake discs, each noted as worn, pitted, or scored, alongside front brake pads wearing thin. While none of these items were classified as serious enough to cause a failure, the simultaneous deterioration at all four corners suggests the braking system has reached a stage of general wear that warrants closer scrutiny. The trend is not alarming, but it is no longer pristine. The mileage progression tells a coherent story. From 28,151 miles at the September 2021 test to 52,352 miles by August 2024, the car covered roughly 24,200 miles over three years, averaging close to 8,000 miles annually. That figure aligns well with the approximately 6,647 miles per year averaged over the vehicle's full nine-year life. The jump from 52,352 miles in August 2024 to 59,821 miles by September 2025 represents 7,469 miles in just over twelve months, a slight acceleration but nothing extreme. There are no suspicious gaps or sudden drops in recorded mileage that would raise concerns about odometer tampering or prolonged periods of disuse. The brake disc pitting and scoring recorded at the most recent test are the key items any prospective buyer should investigate. Pitting on brake disc surfaces can indicate corrosion from standing, aggressive pad compounds, or simply age-related wear on original components that have lasted well beyond their typical service life. Having all four discs flagged simultaneously points toward a vehicle that may have sat unused for stretches, consistent with the modest annual mileage. A physical inspection should focus on measuring disc thickness against manufacturer minimum specifications, checking for lipping at disc edges, and assessing whether the scoring has created uneven contact patches that could cause judder under braking. The front pads wearing thin alongside disc wear reinforces the likelihood that the entire braking assembly is due for replacement. Beyond the brakes, the absence of any suspension, structural, or emissions advisories across five consecutive tests is encouraging. It suggests the underbody, coil springs, suspension bushes, and exhaust system have remained in acceptable condition despite nearly 60,000 miles. Still, a pre-purchase inspection should include a thorough check of the subframe and inner wheel arches for corrosion, particularly if the vehicle has spent winters on salted roads. The brake findings are the headline concern, but they are a known and predictable wear item rather than a structural or systemic defect. A buyer who budgets for a full brake overhaul should find a fundamentally well-maintained vehicle beneath.