2020 VOLKSWAGEN CADDY C20 TRENDLINE TDI S-A2.0L DIESEL

The vehicle presents a stable mechanical condition as of its most recent test, passing on 16 April 2026 at 60,125 miles with zero defects recorded. This clean pass follows a failed test on 23 March 2026 at 59,947 miles, which also listed no defects. The maintenance trend appears largely stable, though the recent fail-pass cycle warrants scrutiny. A failure without recorded defects is highly unusual and suggests either an administrative anomaly, a failure to present the vehicle correctly, or an issue resolved immediately prior to the retest. The underlying mechanical integrity remains sound based on the current clean certificate. The mileage accumulation pattern reveals a notable shift in usage over the vehicle's six-year lifespan. Between the March 2023 test at 43,480 miles and the February 2025 test at 52,311 miles, the vehicle covered roughly 8,831 miles, averaging approximately 4,400 miles per year. This indicates a period of lighter use or prolonged standing. The subsequent jump to 60,125 miles by April 2026 shows an increase to roughly 7,800 miles over the last fourteen months. Such irregular accumulation can place uneven stress on consumables like tyres and suspension bushes, particularly if the van sat stationary for extended periods, causing seals to dry out or tyres to flat-spot. Despite the clean MOT data, a physical inspection is essential to verify the condition of structural and mechanical components. Pay close attention to the chassis and suspension, looking for corrosion or worn suspension bushes that might not have triggered a defect during the recent tests. Inspect the brake discs and calipers for signs of binding or uneven wear, especially given the anomalous fail-pass cycle. Check the exhaust system for leaks or excessive emissions, as emission-related failures sometimes fail to populate standard defect logs. Finally, assess the drivetrain and steering components for play, ensuring the lack of recorded defects accurately reflects the vehicle's true mechanical state.