2021 Skoda Karoq Sportline TSI S-A 1.5L Petrol · MA71 FDP

The 2021 Škoda Karoq Sportline TSI S-A’s latest DVSA MOT test on 2025-09-19 resulted in a clean pass, with no defects or failures recorded. This follows a previous MOT on 2024-09-06, which also passed but included a single advisory regarding the offside front shock absorber exhibiting light misting of oil. The consistent passing of MOTs over the past two years suggests a stable maintenance record, though the advisory on the shock absorber indicates a minor but notable wear concern that should be monitored. The absence of repeated failures or more severe defects implies that the vehicle has been generally well-maintained, though the advisory warrants closer attention to prevent potential long-term issues, such as reduced damping effectiveness or premature failure of the shock absorber. The vehicle’s recorded mileage of 26,900 miles is unusually low for its age, approximately 5,380 miles per year, which is significantly below the average annual mileage of around 10,000–12,000 miles for a five-year-old car in the UK. Such low mileage often reflects periods of prolonged inactivity, particularly if the vehicle was stored for extended durations without regular movement, which can lead to specific wear patterns. For example, standing for long periods can cause brake discs to corrode or bind due to moisture ingress, suspension components to seize from lack of movement, and fluids to degrade more rapidly from stagnation. Additionally, low mileage may mask wear on consumables like brake pads, tyres, and drivetrain components, as these are less frequently subjected to stress. However, the discrepancy between the vehicle’s age and mileage should prompt a thorough inspection to rule out hidden issues stemming from prolonged static conditions. Given the clean MOT history and the advisory on the offside front shock absorber, the prospective buyer should prioritise a detailed inspection of the suspension system. Focus on the offside front shock absorber, particularly its condition and functionality, by checking for any signs of excessive play, unusual noises (such as clunks or rattles), or further signs of oil leakage. During a test drive, listen for any irregularities in damping performance, such as excessive rebound or poor ride quality, which could indicate the need for replacement. Additionally, inspect the surrounding suspension components, including the coil springs, control arms, and bushings, for signs of wear, corrosion, or detachment. Beyond suspension, the buyer should verify the vehicle’s brake system for any signs of corrosion on discs or binding calipers, especially if the car has been stationary for extended periods, as this can lead to reduced braking efficiency or failure. For a vehicle of this age and mileage profile, the buyer should also conduct a comprehensive physical inspection of several critical areas. First, examine the tyres for signs of sidewall perishing or cracking, which can occur even at low mileage if the vehicle has been stored for prolonged periods without rotation or rotation at high pressures. Check the tread depth and look for uneven wear patterns that could indicate alignment or suspension issues. Next, assess the 12V battery and associated electrical systems, as prolonged inactivity can lead to battery swelling, corrosion on terminals, or failure to hold a charge. Test the battery’s voltage and ensure all electrical components, such as lights and indicators, function correctly. Finally, given the low mileage and potential stagnation, the buyer should consider checking the fluid levels and condition of the engine oil, transmission fluid, and coolant, as these fluids can degrade over time when not regularly changed or circulated. A service history check would be ideal, but if unavailable, the buyer should prioritise fluid top-ups and replacements according to manufacturer recommendations, particularly for the brake fluid, which can absorb moisture and degrade over time. Additionally, inspect the exhaust system for corrosion or leaks, as prolonged exposure to moisture can accelerate rusting, especially in areas prone to condensation.