2020 Ford Transit Custom 320 Trend Eblue 2.0L Diesel · LD20 AAE

A pattern of intermittent mechanical failures regarding braking efficiency and lighting components defines the recent MOT history for this Ford Transit Custom, despite its most recent pass on 10 March 2026. The vehicle's record shows a lack of consistent continuity in passing standards, evidenced by a failure just one day prior to its latest successful test due to service brake efficiency falling below required levels. This failure, combined with previous major defects concerning inoperative registration plate lamps and a deteriorated offside drive shaft constant velocity boot in June 2024, indicates that components are reaching the end of their functional lifespans or requiring corrective attention to meet regulatory standards. The recorded mileage of 86,840 miles at the time of the 2026 test reflects a high-usage profile for a six-year-old commercial vehicle, averaging approximately 14,473 miles per year. This level of annual accumulation suggests the vehicle has likely been used for regular, heavy-duty transit duties rather than light local trips. Mechanically, this higher mileage profile increases the probability of accelerated wear on consumable items and structural components, specifically within the braking system, suspension bushings, and drivetrain assemblies, which is consistent with the failures recorded in the official DVSA history. Prospective buyers should pay close attention to the braking system during a test drive, given the recent failure for insufficient brake efficiency. It is essential to test for any pedal sponginess, uneven pulling under braking, or vibration through the pedal, which could indicate issues with brake pad thickness, disc surface integrity, or potentially sticking calipers. The previous failure of the offside drive shaft constant velocity boot also warrants a physical inspection of the CV joints; listen for rhythmic clicking or popping sounds when turning the steering wheel at low speeds or during heavy acceleration, as a compromised boot can lead to premature joint failure and significant drivetrain noise. Further scrutiny should be applied to the vehicle's lighting and electrical connections to ensure the registration plate lamps and other external indicators are fully operational and free from moisture ingress. Given the high mileage and the nature of the recorded defects, a thorough check of the suspension components for any signs of play or excessive noise over uneven surfaces is also advisable. This will help determine if the increased usage has resulted in more significant wear to the suspension linkages or bushes that may not have been explicitly flagged in the recent MOT results.