2020 Skoda Karoq 1.5L Petrol · AF70 VFN

The 2020 Škoda Karoq has passed its most recent DVSA MOT test on 2025-10-21 with no recorded defects, following a clean result from 2024-10-14 and another from 2023-10-26. The consistent passing trend over the past three years suggests a stable maintenance record, with no evidence of recurring mechanical failures or persistent advisories. The single minor MOT failure noted in 2025-10-21—an unserviceable but non-critical windscreen damage—does not indicate underlying structural or functional issues but highlights the need for prompt windscreen replacement if the vehicle remains in service. This pattern is reassuring for a prospective buyer, as it implies that the vehicle has been subject to regular checks and that any wear or degradation has been managed appropriately. The recorded mileage of 54,730 miles for a 2020 model represents a reasonable annual usage rate of approximately 9,122 miles per year, which aligns with typical driving patterns for a vehicle of this age and class. Such mileage accumulation is not inherently problematic, but it does imply moderate to heavy usage over the past six years. The absence of significant mileage gaps suggests the vehicle has been in active service, which can accelerate wear on consumables such as brake pads, suspension components, and fluid systems. However, the consistent mileage figure does not suggest rapid deterioration, and the maintenance history supports the assumption that the vehicle has been driven responsibly. Buyers should be mindful that higher mileage increases the likelihood of wear-related issues, particularly in the drivetrain, exhaust system, and undercarriage, where corrosion and component fatigue may become more evident over time. Given the clean MOT history and moderate mileage, the Škoda Karoq warrants a thorough pre-purchase inspection focused on age-appropriate checks to identify any latent issues that may not have surfaced in routine testing. Begin with an inspection of the vehicle’s exterior and undercarriage for signs of corrosion, particularly around the wheel arches, rocker panels, and beneath the chassis, where moisture and road salt can accelerate rust progression. The tyres should be checked for sidewall perishing or cracking, which can weaken the rubber and compromise safety, especially if the vehicle has been stored for extended periods without use. Additionally, verify the condition of the 12V battery, as prolonged disuse can lead to sulphation or internal degradation, and test its charge capacity to ensure it remains capable of powering essential systems during operation. During a test drive, pay close attention to the vehicle’s handling and road manners to identify any suspension or alignment issues. Listen for unusual noises such as clunks from the suspension system, which may indicate worn or failing coil springs, bushings, or control arm components. Check for uneven tyre wear patterns, which could signal misalignment, steering component wear, or suspension imbalance, and inspect the brakes for signs of pulsation or shuddering, which may indicate warped discs or binding calipers. The exhaust system should be examined for leaks or excessive noise, and fluid levels—particularly the engine oil, brake fluid, and coolant—should be topped up to the manufacturer’s specifications. Finally, review the service history to confirm that scheduled maintenance, such as oil changes and timing belt replacements (if applicable), has been completed according to the manufacturer’s recommendations. If the vehicle has been driven at a steady rate, fluid degradation from age should be monitored, particularly in the brake and transmission systems, as these can degrade over time even without significant mileage.