2016 Volkswagen Golf 1.2L Petrol · AL07 ROS

The most recent DVSA MOT test on this 2016 Volkswagen Golf was conducted on 11 December 2025 and resulted in a pass, but the advisory items recorded at that examination warrant close attention. Both front brake calipers were noted as fluctuating during service brake application, and both rear brake discs were flagged as worn, pitted or scored though not yet considered seriously weakened. This combination suggests the braking system is approaching a service interval. The recurrence of brake-related advisories across multiple test cycles, combined with front brake pad advisories from 2023, indicates an ongoing wear pattern consistent with a high-mileage vehicle and points toward the likely need for disc refurbishment or replacement alongside new pads in the near term. Despite these advisories, the vehicle has not recorded a dangerous or major failure since December 2020, and the overall trajectory over the past three years shows stable roadworthiness, albeit with brake components gradually accumulating wear. The recorded mileage of 129,566 miles over a ten-year period equates to an annual average of approximately 12,957 miles, which sits at the upper end of what is typically considered average usage for a UK passenger car. Mileage progression between MOT tests appears consistent, suggesting the vehicle has been in regular use rather than left standing for prolonged periods. High annual mileage of this nature accelerates wear on consumables and mechanical components including brake friction materials, tyres, suspension bushes, coil springs, clutch assemblies on manual variants, dual mass flywheels where fitted, and drivetrain mounts. There are no extended gaps in the MOT record that would imply long periods of inactivity, so issues associated with standing such as severe underbody corrosion, seized brake calipers or flat-spotted tyres are less likely to be a primary concern, although age-related corrosion on bodywork and exhaust components remains relevant. From the historical advisories, several recurring themes should guide a physical inspection and test drive. The nearside front shock absorber has been flagged for light oil misting on two separate occasions, in 2020 and 2021, indicating a weeping damper seal that has not deteriorated to a failure point but represents progressive deterioration. On a test drive, this typically manifests as a duller ride quality over uneven surfaces, reduced body control during cornering, and a slight knocking or clonking noise on full compression, particularly over speed bumps. The nearside rear road wheel was noted as slightly distorted in 2021, so both rear wheels and tyres should be inspected for impact damage, run-out and balance quality, as a distorted wheel can cause vibration through the steering and uneven tyre wear. Furthermore, given the 2020 major failure involving four missing road wheel fixings, a thorough check of all wheel bolts for correct type, torque and condition is essential, and evidence of recent proper wheel refitting should be sought. Given the high mileage, age and the nature of the recorded advisories, a prospective buyer should undertake a methodical physical inspection before purchase. All four tyres should be examined for tread uniformity, sidewall cracking or perishing, and manufacturing date codes, as tyres older than six years can suffer structural degradation regardless of remaining tread. Brake discs should be physically inspected for lipping, corrosion rings, and surface scoring beyond what was previously recorded, with a road test used to detect brake shudder, vibration under heavy application, or any pulling to one side. The underside of the vehicle warrants examination for oil leaks from the engine, gearbox and differential, condition of the exhaust system including mounting rubbers, and any corrosion to structural or suspension components. Service history should be verified for evidence of timely replacement of brake fluid, coolant, transmission fluid and spark plugs according to manufacturer schedules, as calendar-based fluid degradation is common on vehicles of this age. Finally, the 12V battery should be load tested, as age-related battery failure is a frequent cause of non-start issues in ten-year-old vehicles.