2013 Skoda Rapid 1.2L Petrol · EF62 VUX

The vehicle currently holds a valid MOT certificate following a successful test on 21 November 2025, which returned no recorded defects. The statutory testing pattern shows a stable trajectory, with four consecutive passes spanning from late 2022 through late 2025. A single failure registers on 13 November 2023, though the vehicle cleared the retest the following day without further defects logged. The absence of recurring advisories or repeated test failures indicates a consistent baseline of legal compliance. Buyers should treat this clean trajectory as a neutral indicator of roadworthiness rather than proof of comprehensive mechanical upkeep. The odometer reads 66,126 miles at an age of thirteen years, averaging roughly 5,087 miles annually. This figure sits well below typical usage thresholds for a vehicle of this vintage. The mileage progression aligns with the annual testing cycle, showing no sudden jumps or rolled-back indicators between the 2022 and 2025 inspections. Low annual distances often point to secondary use or extended periods of storage, which can introduce separate concerns such as dried rubber seals, stagnant fluids, or corrosion in damp environments. The data confirms a light usage pattern, but it does not verify whether routine servicing occurred between statutory tests. A physical inspection must verify components that MOT checks do not assess in depth. Examine the suspension bushes, coil springs, and anti-roll bar links for perished rubber or metal fatigue, as low mileage vehicles often suffer from lack of movement rather than wear. Check brake discs and pads for surface rust or uneven wear, and verify that calipers slide freely without binding. Inspect the underbody and wheel arches for structural corrosion, particularly around the sills and floor pans, since prolonged standing can accelerate moisture retention. Test all electrical systems, wiper mechanisms, and tyre sidewalls for dry rot. The statutory record confirms legal compliance, but a hands-on assessment remains essential to identify latent mechanical degradation.