2022 Ford Transit Custom 300LIMITD Eblue 2.0L Diesel · FL72 PHN

The current roadworthiness status of this Ford Transit Custom appears stable, supported by a clean pass recorded on 9 October 2025 at 72,504 miles. The maintenance trend shows no recurring mechanical or structural defects, indicating the vehicle currently meets required standards. However, the record contains a notable anomaly: a failed test was logged the previous day on 8 October 2025 at 72,485 miles, yet no defects were recorded for either the failure or the subsequent pass. This suggests either an administrative anomaly on the DVSA record or an aborted initial test, but the absence of any listed defects means no specific mechanical faults currently flag an ongoing worsening trend. The vehicle's mileage pattern reflects intensive commercial use. At roughly four years old with 72,504 miles on the clock, the annual accumulation sits around 18,126 miles, which is significantly higher than the national average. The MOT history shows a mere 19-mile jump between the October 2025 tests, suggesting the vehicle was likely driven directly to the test station for the retest. While high mileage accelerates wear on consumables like brake discs, suspension bushes, and drivetrain components, the sparse MOT record lacks the historical data to identify any sudden accumulation gaps or prolonged periods of standing. Despite the clean bill of health in October 2025, a pre-purchase inspection must focus on the typical failure points for a high-mileage panel van. Buyers should closely examine the structural integrity of the chassis and load area for corrosion, particularly around the suspension mounting points and sills, as commercial vehicles of this age and mileage often suffer from surface rust that can compromise structural soundness. The braking system warrants a thorough check for binding calipers or uneven disc wear, while the suspension requires scrutiny for worn bushes and weak coil springs, which commonly degrade under sustained heavy loads. A fresh MOT is due in October 2026, so verifying the current condition of these high-wear components remains essential.