2022 Skoda Fabia Monte Carlo TSI 1.0L Petrol · XGZ 3525

A consistent record of clean roadworthiness defines this vehicle, with the most recent MOT passed on 25 July 2026 showing no defects or advisories. This lack of recorded failures or warnings across its testing history indicates that the components inspected during the MOT process have met the required standards for structural integrity, braking efficiency, and emissions without previously flagged issues such as corrosion or component wear. The vehicle's usage profile shows a higher-than-average annual mileage accumulation for its age, having covered 51,118 miles in approximately four years. This equates to roughly 12,780 miles per year, which suggests frequent and consistent road use rather than long periods of stationary storage. Mechanically, this level of mileage implies that consumables such as brake pads, discs, tyres, and suspension bushes will have undergone more frequent cycles of wear and tear compared to a lower-mileage equivalent, necessitating a closer inspection of these specific wear items. Given the absence of any recorded advisories for suspension, steering, or braking components, a test drive should focus on confirming that the higher mileage has not resulted in premature wear that falls just below the threshold of an MOT failure. Listen for any rhythmic knocks or knocks from the suspension linkages or coil springs when navigating uneven surfaces, which could indicate worn bushes or dampers. Pay close attention to the steering response for any pulling or vagueness that might suggest issues with wheel alignment or steering rack components. The braking system should be evaluated for any signs of pedal judder or unevenness, which could point to warped brake discs or binding calipers resulting from the higher mileage. Additionally, check for any fluid leaks under the vehicle or oil misting around the engine bay, as consistent high-mileage usage can sometimes accelerate the degradation of seals and gaskets. While the MOT record is clear, the physical inspection of these mechanical interfaces is essential to ensure the vehicle's current state matches its recent testing history.