2024 Skoda Superb 2.0L Diesel · EO74 OGL

The 2024 Skoda Superb presents a stable and improving maintenance trend, with the most recent MOT on 21 April 2026 at 77,902 miles passing cleanly with zero defects. This is a strong indicator that the vehicle is currently in sound mechanical and structural order. The record shows no recurring serious faults, and the only blemish in the history was a minor tyre-related failure that was promptly rectified on the same day. The mileage accumulation is notably high for a two-year-old vehicle, averaging approximately 38,951 miles per year. The record shows a gap between 19 November 2024 at just 146 miles and 2 May 2025 at 26,195 miles, suggesting the car was either standing unused for a period or was a late-registered demonstrator before entering active service. From that point, mileage climbed steadily to 48,804 miles by 27 October 2025 and then to 77,902 miles by April 2026, indicating sustained high-intensity use over the past year. This rate of accumulation places above-average stress on consumable components. The only defect on record occurred on 2 May 2025 at 26,191 miles, when the tester flagged a nearside front tyre below the 1.6mm tread limit and an offside front inner tyre with exposed ply or cords. Both advisories were resolved the same day at the retest. Failing on two tyres simultaneously at relatively low mileage suggests basic preventive upkeep was neglected during that ownership period, though the immediate correction indicates the issue was addressed rather than ignored. Given the high annual mileage, a buyer should focus the in-person inspection on components most susceptible to accelerated wear. Check the condition of all four tyres, including sidewalls for bulges or perishing, and measure remaining tread depth across each axle. Inspect the brake discs and pads for uneven wear or lipping, and assess the suspension bushes, drop links, and coil springs for play or corrosion, as high-mileage motorway use can mask underlying deterioration. Examine the subframes and inner wing arches for early signs of corrosion, and verify that the exhaust emissions remain stable under load, as high usage can degrade catalytic efficiency over time.