2004 Skoda Superb 1.9L Diesel · KP04 FPD

A 22-year-old Skoda Superb carrying 152,695 miles presents a roadworthiness narrative dominated by structural corrosion concerns and a pattern of repeated advisories rather than a clean bill of health. The most recent test on 22 May 2026 concluded with a pass, but the same date also carries a failed entry, suggesting a retest sequence where the initial inspection flagged issues that were subsequently remedied to achieve pass status. Across the recorded tests from 2021 to 2026, structural corrosion advisories have appeared in 2024, 2025 and 2026, with the rear sub-frame specifically noted as corroded in the latest test alongside worn sub-frame pins or bushes. An oil leak advisory and a defective gearbox mounting also feature in 2026, alongside a headlamp lens defect, indicating that while the vehicle remains road legal, it is accumulating a consistent pattern of wear-related and corrosion-related flags that warrant close inspection. The mileage accumulation of roughly 6,941 miles per year over a 22-year lifespan sits broadly in line with typical usage for a vehicle of this age, and there are no extended gaps in testing that would suggest prolonged periods off the road. The MOT record begins in 2021 and continues annually without interruption, with mileage progressing consistently between tests. This steady accumulation pattern means the braking system, suspension components, drivetrain mounts and rubber boots have all been subjected to regular working cycles rather than the particular stresses or stagnation associated with very high annual mileage or long lay-ups. However, the sheer age of the vehicle combined with approaching 153,000 miles means that consumable wear items and corrosion-prone structural components are naturally approaching or past the point where intervention is likely required. For a prospective buyer, the structural and sub-frame corrosion advisories should be the primary focus of any physical inspection. The repeated mentions of vehicle structure corrosion in 2024 and 2025, followed by specific rear sub-frame corrosion in 2026, suggest a deteriorating trend rather than a stable condition. A thorough examination should involve checking the rear sub-frame mounting points for advanced rust, particularly around the bushes and pinch points where water and road salt collect, and probing with a screwdriver or magnet to assess whether the corrosion is purely surface-level or has compromised metal thickness. The sub-frame pin or bush wear advisory from 2026 also warrants attention; on a test drive, listen for clonking or knocking noises from the rear suspension over uneven surfaces, particularly when traversing speed bumps or potholes, and feel for any rear-end vagueness or inconsistent handling response that might suggest the bush has loosened further since the advisory was issued. The oil leak and gearbox mounting advisories from 2026 introduce additional concerns that should be investigated before purchase. With an oil leak noted but not classed as excessive, the underside should be inspected for fresh oil residue around the engine sump, cam covers and crankshaft seals to establish the source and severity. The defective gearbox mounting could manifest on a test drive as vibration through the cabin or gear lever during acceleration, or as a noticeable shunt or jerk when changing gears under load. Suspension ball joint play was flagged on both sides in 2024, and although not repeated in later tests, ball joints at this mileage are prone to further deterioration; jack the front wheels off the ground and check for horizontal play at each joint by rocking the wheel. Finally, the recurring headlamp lens defect and intermittent rear lighting failures seen in 2024 should prompt a full walkaround check of all exterior bulbs and lens clarity, as degraded headlamp output on a 22-year-old vehicle is both an MOT risk and a genuine night-time safety concern.