2019 Volkswagen E-Golf Electricity · BN69 VGF

The October 2025 MOT at 33,077 miles records a pass with only repeat advisories for light oil misting on both front shock absorbers, indicating the vehicle maintains legal roadworthiness but carries an unresolved suspension wear pattern stretching across three consecutive annual tests. This recurring fault has remained static rather than worsening since first appearing in November 2023 at 17,538 miles, suggesting gradual seal degradation rather than acute failure. No structural defects, corrosion, or brake system faults appear anywhere in the history. The record shows consistent annual testing with no test refusals or failures. Mileage accumulation reveals notably light use for a seven-year-old vehicle, averaging approximately 4,725 miles annually. The odometer advanced from 9,987 miles in November 2022 to 33,077 miles by October 2025, a pattern of steady but modest annual mileage. The near-8,000-mile increase between November 2023 and October 2024 represents the highest yearly usage at roughly 9,000 miles, though still below average UK driving levels. The minimal four-mile gain between September and November 2022 suggests either a recent acquisition or a period of inactivity prior to that second test. Low annual mileage on an electric vehicle can preserve mechanical components but may stress tyres through age-related degradation rather than tread wear, as evidenced by the September 2022 advisory for cracking across all four tyres. A prospective purchaser should prioritise inspection of the front suspension system, specifically the shock absorber units and their mounting points, given the persistent oil misting advisories since 2023. The identical nature of these repeat entries points to weeping damper seals that will eventually require replacement to maintain ride quality and roadholding. Tyre condition demands careful scrutiny despite no recent advisories; the 2022 cracking advisory across all four tyres indicates the vehicle may have suffered extended stationary periods, and with the most recent tyres now three years old, age-related perishing remains a risk. Brake caliper function and disc condition should be checked, as low-mileage electric vehicles can suffer from corrosion due to reduced regenerative braking engagement and infrequent friction brake use. The absence of any battery-related faults, charging system warnings, or high-voltage component issues in the MOT history provides reassurance regarding the electric powertrain, though this does not substitute for a dedicated EV battery health assessment.