2022 Volkswagen E-UP Electricity · MM72 PDV

A clean bill of roadworthiness underpins the mechanical profile of this 2022 Volkswagen e-Up, with the DVSA test on 15 December 2025 recording a pass and no advisories or defects of any kind. For a battery-electric city car of this age, that absence of flagged items speaks to a component set that has seen very little stress, with no wear items currently requiring attention under MOT inspection criteria. Because the e-Up uses regenerative braking and has a limited top speed and power output, its brake and suspension components typically accumulate wear far more slowly than on a comparable petrol or diesel vehicle, which is reflected in this entirely unblemished test outcome. The single recorded test provides only one data point, but it confirms the car was considered roadworthy at the most recent statutory check with no remedial work outstanding. With just 5,710 miles covered over roughly four years of registration, this e-Up has averaged around 1,428 miles annually, which is exceptionally low even by the modest standards typical of urban electric runabouts. Such limited usage means the vehicle will have spent long intervals stationary, which carries specific mechanical implications rather than the usual concerns about wear on high-mileage consumables. Electric drivetrains are inherently low-friction compared with internal combustion units, so the modest accumulation is unlikely to have stressed the motor, reduction gearbox, or high-voltage battery in any meaningful way. However, prolonged standing periods can encourage surface oxidation on brake discs, stiffening of brake caliper slide pins, and flat-spotting or sidewall flexing of tyres that have not been regularly rotated or replaced. The road spring, damper units, and anti-roll bar linkages, while lightly used, will also benefit from being exercised over undulating surfaces to confirm they remain free. From a buyer inspection standpoint, the absence of any advisories means the test drive should focus on the items most likely to deteriorate through underuse rather than through wear. Begin with a cold start and listen for any abnormal clunks from the front suspension as you turn the steering lock to lock at low speed, which would indicate worn or seized suspension linkages, and pay particular attention to the distinctive report from the front MacPherson strut top mounts and lower wishbone bushes over speed bumps and uneven road surfaces. On the braking system, perform several moderate stops from around 30 mph to check for any judder or pulsing through the pedal, which would suggest brake disc corrosion or lateral run-out, and listen for any scraping or grinding that could indicate a binding caliper piston or seized slider pin following extended standing. The handbrake, being cable-operated on the rear drums, should be tested on an incline to confirm it holds firmly without excessive travel. Because the MOT history is sparse and entirely clean, the value of a physical inspection and ideally an independent pre-purchase assessment is heightened. Verify the condition and age of all four tyres, looking for uneven wear, cracking in the sidewall rubber, or any evidence of perished or hardened compound from years of minimal use, and confirm they are within legal tread depth. Under the bonnet, check for any signs of corrosion on exposed metal components, ensure all 12V auxiliary systems function correctly as low-mileage vehicles can still suffer from a depleted auxiliary battery, and confirm the high-voltage charging system operates as expected across both AC and DC supplies if so equipped. Finally, request evidence of any software updates or recall work carried out on the battery management system and request a diagnostic scan for stored fault codes, as the MOT test does not interrogate the proprietary electronic systems unique to an electric drivetrain.