2014 Skoda Fabia 1.6L Diesel · YP64 VFD

A consistent record of clean MOT passes defines this 2014 Skoda Fabia, with five consecutive tests from 2021 through late October 2025 all returning pass certificates and no advisories or failures logged. That unbroken run under DVSA inspection points to a vehicle that has remained within prescribed roadworthiness tolerances across the full annual testing cycle, with no recorded advisories relating to tyre condition, braking performance, suspension components, exhaust integrity, corrosion, lighting, or emissions. The absence of any recorded defects over a five year testing window is notable for a twelve year old supermini, suggesting that the mechanical items typically subject to wear and degradation in this category have not yet crossed the failure threshold during routine statutory inspection. The latest test on 31 October 2025 sits comfortably within this stable pattern, reinforcing the impression of sustained compliance rather than a one off pass following remedial work. Against the vehicle age, the recorded 55,811 miles represents a notably low annual accumulation of roughly 4,651 miles per year, placing this Fabia firmly in light use territory for its class. There are no significant gaps in the MOT testing history that would imply extended periods off the road, and the consistent year on year attendance at test suggests the vehicle has remained in regular but modest use throughout. Mechanically, this kind of mileage profile typically preserves drivetrain longevity, with relatively low wear expected on the engine internals, clutch, gearbox synchros, and final drive components. The trade off with low annual mileage on a vehicle of this age tends to be drying and perishing of rubber and polymer components, corrosion in less frequently refreshed brake and cooling systems, and potential degradation of consumables that rely on regular cycling, though none of these factors have yet manifested as testable defects under DVSA criteria. For a prospective buyer, the clean advisory history shifts attention from any specific flagged component toward verifying the condition of areas that low mileage and age can quietly compromise. During a physical inspection, particular attention should be paid to the condition of the coolant and brake fluid, as these are not visually inspected during the MOT but can degrade with age and infrequent cycling, leading to reduced protection of internal brake and cooling components. The underbody and wheel arch areas should be examined for surface corrosion consistent with twelve winters of road salt exposure, even though no corrosion advisories were recorded, paying particular notice to suspension mounting points, brake pipe runs along the chassis, and the exhaust downpipe and rear silencer where moisture damage can progress. The plastic and rubber trim items, wiper blades, drive belts, and door seal rubbers are also worth a close look, as low usage combined with age tends to produce perishing in these areas. On a road test, listen carefully for any clonks or knocks from the front suspension over uneven surfaces, which would indicate worn suspension bushes, top mounts, or anti roll bar linkages, components that are not always exercised enough under low mileage to flag during an MOT but can deteriorate with age. The steering should feel precise without excess play or knocking through the column, and the brakes should produce firm, straight stopping without any judder through the pedal, pulling to one side, or grinding sounds that might suggest binding calipers or worn discs after a period of light use. The 1.2 or 1.4 petrol engine fitted to this generation should start promptly from cold, idle smoothly without misfires or excessive cam chain rattle on startup, and pull cleanly through the gears without vibration, while the clutch should engage smoothly without slipping under acceleration. Provided these subjective checks confirm the objective cleanliness of the MOT record, this Fabia presents as a low mileage example with a strongly documented history of roadworthy condition.