2018 Skoda Karoq 1.0L Petrol · CF18 WUH

A consistent pattern of advisory items relating to the front suspension and brake components defines the mechanical profile of this 2018 Skoda Karoq across its MOT history, with the most recent test on 21 April 2026 passing but flagging pitted or scored front brake discs on both sides alongside light oil misting on both front shock absorbers. The shock absorber misting has been a recurring theme since 2022, when both front units were noted, and the nearside front unit resurfaced in 2023 and again in 2026, suggesting a gradual sealing degradation rather than an acute failure. The brake disc advisories in 2026 are new to the record, but rear brake pad wear advisories appeared in both 2024 and 2025, indicating a sustained pattern of braking component attention. While the vehicle has never failed an MOT, the volume and recurrence of advisories suggests that consumable and suspension wear is progressing steadily and warrants close physical scrutiny. With six recorded MOT tests over roughly five years and a current odometer reading of 36,559 miles, the usage profile points to a low annual accumulation of around 4,500 miles per year. This relatively modest mileage figure means that major drivetrain components such as the engine, clutch, and gearbox are unlikely to have absorbed heavy service cycles, but it also indicates that the vehicle has not been regularly worked through its full operating range. Low-mileage operation of this nature can lead to glazed brake discs, which would be consistent with the pitting and scoring observed on the front units, as prolonged low-speed urban use rarely generates enough thermal cycling to keep disc surfaces clean and true. Standing periods can also accelerate external corrosion on brake calipers, underbody hardware, and exposed suspension linkages, even where structural bodywork remains sound. A prospective buyer should focus the physical inspection on the front suspension and braking system, as these are the components most consistently flagged. On a test drive, listen for any knocking or clonking from the front corners when traversing broken tarmac or speed humps, which would indicate that the light shock absorber misting has progressed to seal failure or that the top mounts and lower bushes are now fatigued. Pay particular attention to brake pedal feel, watching for any judder or vibration through the steering wheel under moderate to firm braking, as scored front discs often produce exactly this symptom and would necessitate replacement in the near term. Inspect the front discs directly for an obvious raised lip on the outer edge and check disc thickness against the manufacturer minimum stamped on the disc face. With rear pad advisories recorded in two consecutive years, the rear caliper slide pins and handbrake mechanism should also be exercised to confirm they are free, particularly on inclines where a binding rear caliper would cause the vehicle to pull. Underneath the vehicle, the underbody and suspension arms warrant close visual examination for surface corrosion, especially around the front subframe mounting points, anti-roll bar drop links, and any exposed brake pipe unions where long periods of light use combined with winter road salt can produce rust scaling. The nearside rear tyre has twice sustained a nail injury, recorded in 2021 and 2022, so the rear wheel arches and sidewall condition should be checked carefully for any historic repair damage or slow punctures that may have resurfaced. The brake fluid should ideally be assessed for moisture content, as a vehicle covering only 4,500 miles annually rarely generates the brake heat needed to drive off absorbed moisture, and aged fluid can compromise pedal firmness and ABS function. Finally, verify that the oil misting on the front dampers has not developed into active weeping down the piston rods, and ask whether any refurbishment or replacement has been carried out, as the recurrence of these advisories over four consecutive tests suggests the dampers are nearing the end of their effective service life.