SKODA FABIA2018 · 1.0L Petrol

The Skoda Fabia presents a clean roadworthiness profile as of the most recent examination. On 9 March 2026 at 77,039 miles the DVSA tester passed the vehicle with no defects recorded, continuing an unbroken sequence of certificates since 2022. The maintenance trend is stable, with every annual test returning a fault-free result and no advisories on braking, suspension, or structural integrity. Mileage accumulation aligns with typical use for an eight-year-old hatchback. The odometer advanced from 26,918 miles at the August 2022 test to 38,453 miles by September 2023, then 51,997 miles in September 2024, 68,350 miles in September 2025, and 77,039 miles by March 2026. This equates to roughly 9,600 miles per year, with a slight acceleration in the final interval where 8,689 miles were covered in six months. The records show no gaps exceeding thirteen months between tests, indicating the previous owner maintained continuous legal road use and likely adhered to basic service intervals. Despite the absence of recorded faults, a buyer should still commission an independent inspection of consumable items that MOT tests may not flag until worn beyond limits. At 77,039 miles the original suspension bushes, coil springs, and brake discs will have accumulated eight years of fatigue even if within tolerance. The tester noted no corrosion on structural members, yet cavity rust can develop unseen on Fabia sills and subframes. Verify tyre tread depth, wiper condition, and exhaust emissions during a cold start, as these minor items escape advisory status when marginal. The fault-free history implies the previous keeper addressed issues preemptively rather than reacting to failures. However, a clean MOT sheet does not certify mechanical perfection. Inspect the clutch engagement, gearbox synchromesh, and cabin electronics, none of which fall under MOT scope. Given the stable record, the vehicle represents a low-risk purchase provided a routine pre-sale mechanical check confirms the brake calipers are free and the suspension geometry remains true.