2015 Skoda Fabia 1.2L Petrol · WD15 ACV

Front suspension wear forms the primary mechanical focal point of this eleven-year-old hatchback, highlighted by a major test failure for excessive play in the nearside front lower suspension arm bush during September 2025. Although a subsequent test later that same month resulted in a pass after rectification, the latest inspection on September 24, 2025, notes that the nearside front suspension arm pin or bush is once again worn, though not yet exhibiting excessive movement. This ongoing component degradation indicates a recurring wear point on the nearside corner that has not been permanently resolved by the previous replacement, pointing toward a persistent mechanical vulnerability in the lower arm assembly. Accumulating a modest 42,751 miles over approximately eleven years translates to an average of roughly 3,886 miles annually, positioning this Skoda Fabia well below typical mileage expectations for its age. This lighter-than-average usage is further emphasized by multiple consecutive tests showing no defects recorded between 2023 and early 2025, alongside an unusual double-testing sequence in late 2025 prompted by the suspension failure. While low annual mileage reduces continuous operational wear on heavy drivetrain components, buyers should remain mindful that short urban journeys can sometimes prevent engines and exhaust systems from reaching optimal operating temperatures, though the lack of corrosion or emission advisories suggests no immediate complications from this pattern. During a static inspection and dynamic road test, the prospective buyer must pay close attention to the nearside front suspension by listening for metallic knocks, dull clunks, or groaning noises when driving over speed bumps, potholes, or rough road surfaces. A compromised control arm bush can also introduce vague steering feedback, a slight wander at cruising speeds, or uneven front tyre wear patterns across the inner tread shoulders. It is advisable to check the front tyres for asymmetrical wear and inspect the nearside lower wishbone mounting points with a torch on full lock to confirm whether the bush shows signs of perishing, tearing, or fluid leakage. Beyond the front suspension, the remainder of the mechanical layout requires a standard operational check during the test drive to ensure all systems perform correctly. Verify that the steering centers accurately after cornering, the brakes pull up straight without judder or binding, and the gearbox shifts smoothly through all ratios without hesitation or unusual transmission whine. Checking the engine bay for any fresh fluid weeping around the auxiliary components and ensuring all electrical equipment operates as intended will provide a complete picture of the vehicle's current roadworthiness alongside the documented MOT history.