2022 Volkswagen ID4 Life Electric · RF72 KYP

A pattern of front suspension oil seepage has emerged as the defining mechanical note in this Volkswagen ID4's otherwise unblemished MOT history. Across five recorded tests spanning 2023 to mid-2025, the vehicle has passed every inspection without a single failure or advisory until its most recent test on 24 July 2025, when both front shock absorbers were flagged with light oil misting. The symmetry of the defect, appearing simultaneously on the nearside and offside units, suggests a component batch characteristic rather than localised impact damage, but either way it indicates that the hydraulic fluid within the damper cartridges has begun to migrate past the internal seals. While light misting is classified as an advisory rather than a failure at this stage, it is a progressive condition that warrants close monitoring, particularly given the high annual mileage this vehicle is accumulating. At four years old with 97,479 recorded miles, this ID4 has covered approximately 24,370 miles per year, which is substantially above average for its age and well beyond the typical 7,000 to 10,000 miles a private owner would cover annually. This kind of usage profile is consistent with motorway commuting, fleet operation, or a long-distance business user, and the absence of any mileage gaps in the testing record confirms the vehicle has been in continuous service since first registration. From a mechanical standpoint, such sustained high mileage places above-average demand on the consumables and chassis components typically associated with wear rather than age: brake pads, discs, tyres, drive shafts, and the suspension system itself accumulate fatigue cycles at a faster rate than the calendar alone would suggest. The fact that no brake, tyre, or rolling component advisories have appeared despite this intensity is a neutral data point and does not indicate exceptional condition, but it does establish that no premature wear issues have yet been formally recorded at test. For a prospective buyer, the priority on inspection should be the front suspension, specifically the MacPherson strut assemblies and their related ancillaries. On a test drive, listen for any knocking or clonking from the front end over speed humps, uneven road surfaces, and driveway aprons, as oil loss from the dampers reduces their ability to control the spring and can allow play to develop in the top mounts or bushes. With the vehicle stationary, push down firmly on each front corner and release; a car with healthy dampers should rebound once and settle, whereas a worn or oil-starved unit will often bounce or oscillate more than once. Inspect the visible portion of the damper bodies behind the front wheels for fresh wet patches, weeping seals, or a black dust coating around the piston rod, which would confirm that the misting observed at MOT has progressed since July 2025. Also check the front tyres for uneven inner or outer shoulder wear, as compromised dampers accelerate cupping and feathering patterns that a wheel alignment check can identify. Beyond the dampers, the high mileage warrants a structured check of the other wear-bound components that MOT testing does not fully cover. The brake discs should be inspected for a pronounced lip on the outer edge and any judder through the pedal under firm braking, which would indicate disc wear or distortion from sustained thermal cycling. The tyres should have at least 3mm of remaining tread across their full width with no flat spots or sidewall damage. On the test drive, pay attention to any binding or reluctance from the steering, particularly at low speed, which could point to premature wear in the electric power steering rack given the mileage. Finally, request a battery health report for the high-voltage system; while not part of the MOT record, the state of the traction battery is critical to the residual value and operational cost of any used ID4, and an independent diagnostic readout showing cell balance and remaining capacity will provide far more meaningful information than the MOT history alone.