2020 Volkswagen E-Golf Electric · FE20 LML

Across three recorded DVSA tests covering the period from March 2023 to June 2025, this Volkswagen e-Golf has accumulated an essentially clean roadworthiness record, with all tests resulting in a pass and no advisory notices raised against the vehicle at any stage. The most recent examination on 27 June 2025 did record a single minor defect relating to the driver's view to the front, where an obstruction outside the swept area of the windscreen wipers was deemed to be restricting visibility in line with section 3.1 (a) (i) of the inspection manual. While this was recorded as a defect, it did not affect the pass status, and it is unrelated to the mechanical integrity of the vehicle. The two earlier tests, in June 2024 and March 2023, returned clean results with no defects or advisories recorded. The overall trend is therefore one of consistent compliance with MOT standards, although it must be noted that a clean MOT history alone does not constitute proof of mechanical soundness and cannot establish the standard of maintenance the vehicle has received. With a recorded mileage of 40,631 miles over an approximate six-year period, the e-Golf has averaged around 6,770 miles annually, which sits broadly in line with typical usage for a vehicle of this age. The mileage progression visible across the recorded tests shows steady, predictable accumulation rather than any anomalous jumps or significant gaps in road use that might suggest prolonged standing periods. Consistent annual mileage of this nature is generally favourable for an electric vehicle of this type, as it implies regular operation of the high-voltage traction battery and associated thermal management systems, reducing the likelihood of deep discharge or cell imbalance that can affect EVs left idle for extended durations. The even usage profile is also likely to have distributed wear across consumable components such as brake discs, pads, and tyres in a gradual manner, rather than concentrating wear into short intensive periods. For a prospective buyer evaluating this specific vehicle, the absence of suspension, brake, or corrosion-related advisories across the three tests is notable, and there are no recorded observations concerning items such as coil springs, suspension bushes, brake pipes, or structural corrosion that would warrant particular concern. The single recorded defect regarding the driver's front view obstruction outside the wiper swept area is typically associated with aftermarket accessories, dashboard-mounted devices, or interior items positioned near the base of the windscreen, and a physical inspection should confirm that the obstruction has been removed and that visibility through the swept area is unobstructed. On a test drive, attention should be directed towards the regenerative braking system, which on the e-Golf performs most of the deceleration under normal conditions, meaning that the friction brake components may exhibit surface corrosion or light pitting from infrequent use; a low-speed stop from around 20 mph should be carried out to detect any brake pedal judder or grabbing that could indicate seized caliper slides or warped discs. Given the mechanical simplicity inherent to the electric drivetrain, with no conventional engine oil, timing chain, clutch, or exhaust system to deteriorate, the principal areas of physical wear to evaluate on inspection are the standard chassis and suspension components. Particular attention should be paid to the condition of the tyres, as the e-Golf carries significant battery mass and uneven inner or outer shoulder wear can indicate misalignment or worn suspension linkages, including tie-rod ends and control arm bushes. Listen for any clonks or knocking from the front suspension when traversing speed humps or uneven road surfaces, and check for excessive wandering or vagueness in the steering that could point to worn rack mounting bushes. The 12V auxiliary battery, which is responsible for powering ancillary systems on this vehicle, should be tested for adequate cranking voltage and reserve capacity, as low-voltage batteries on EVs can deteriorate under partial state-of-charge conditions. Finally, a diagnostic scan retrieving any stored fault codes from the high-voltage system management and battery management modules would provide valuable supplementary assurance beyond the MOT record itself.