2019 Volkswagen E-Golf Electric · AF69 TXB

Recurring tyre degradation represents the primary mechanical narrative for this vehicle, as evidenced by consistent advisories regarding sidewall cracking and perishing noted across multiple annual inspections. While the most recent MOT conducted on 5 January 2026 resulted in a pass with no defects recorded, the preceding three years of testing consistently flagged the condition of the rubber, suggesting that the vehicle has spent significant periods exposed to environmental elements or stationary. This trend of tyre-related advisories indicates that while the core roadworthiness of the vehicle has remained stable, the external condition of consumables has required ongoing monitoring. With a total recorded distance of 24,660 miles over seven years, the vehicle averages approximately 3,523 miles annually, which is significantly lower than the typical usage profile for a car of this age. This low-mileage pattern often correlates with infrequent use or extended periods of inactivity, which can influence the rate at which rubber components perish and suspension bushings settle. Prospective buyers should note that the lack of high-mileage wear does not negate the need for a thorough inspection of components that may have aged due to time rather than distance, particularly given the recurring tyre issues noted in the DVSA history. During your test drive, focus your attention on the ride quality and handling characteristics, as the history of tyre perishing may mask underlying issues with suspension geometry or alignment. Listen carefully for any knocking or clunking noises originating from the front or rear suspension units when traversing uneven surfaces, as these could indicate worn bushes or link rods that have not yet been flagged during an MOT. Furthermore, observe the steering for any persistent pull to the left or right, which could suggest that the tracking has been affected by the previous tyre wear issues or minor curb impacts. Given that the vehicle is an electric model, the braking system may see less frequent use of the friction pads and discs due to regenerative braking, which can occasionally lead to surface corrosion on the discs if the vehicle has been left standing for long durations. During your inspection, check the discs for signs of pitting or uneven wear patterns that might cause pedal vibration or judder under braking. Ensure the vehicle transitions smoothly between regenerative and mechanical braking, and listen for any grinding or scraping sounds that would indicate binding calipers or seized sliding pins, as these are common points of concern for vehicles with low annual usage.