2020 Volkswagen Caddy 2.0L Diesel · DP70 OSK

The vehicle currently passes the MOT on 2026-06-17, and the most recent entry from 2025-12-18 at 63,860 miles was passed with no recorded defects. This indicates that the current condition is acceptable for the year 2026, but the history suggests a maintenance trend that may be stable or improving. The test dates show a consistent progression from 2025 to 2023, with no gaps or sudden spikes in mileage that would indicate a major failure event. The vehicle has maintained a steady mileage accumulation over the past three years, which aligns with its age and suggests that basic upkeep has been performed regularly without skipping critical checks. In terms of mechanical health, the vehicle's suspension and drivetrain components appear to be in good condition, as there are no signs of binding calipers, worn suspension bushes, or structural rust. The brake disc and wheel bearing wear are not indicated in the MOT record, suggesting that the braking system is likely functioning correctly and not suffering from the wear patterns associated with frequent stopping or acceleration. While the engine and exhaust emissions are not flagged, the absence of these specific defects means that the vehicle is unlikely to require immediate attention for routine wear and tear. Given the clean MOT record and the absence of recurring structural or mechanical issues, a buyer should focus on inspecting the vehicle for minor consumable wear rather than structural risks. The most critical checks would be on the tyres, specifically checking tread depth and the condition of the rubber compound, and on the brake pads and discs for wear patterns that could lead to failure. A thorough inspection of the suspension bushings and coil springs would be prudent, as any deterioration in these components could compromise the vehicle's handling and safety. If the buyer proceeds with a test drive, they should verify that the brakes are not binding and that the steering is responsive, as these are the most probable areas for future mechanical issues.