2022 Ford Transit 2.0L Diesel · MX22 URL

The 2022 Ford Transit carries a MOT history marked by recurring brake and tyre wear issues alongside intermittent electronic failures. The latest test on 2026-07-07 resulted in a pass, yet the cumulative record reveals a pattern where minor issues recur annually despite passing intervals. While the most recent assessment cleared the vehicle, the persistence of front brake pad thinning and rear tyre deterioration suggests the car has accumulated significant wear rather than maintaining consistent roadworthiness throughout its ownership period. This trajectory indicates that the car has not simply fluctuated around acceptable levels but has steadily progressed toward more concerning conditions across key systems. At 67,828 miles on a four-year-old vehicle, the annual mileage accumulation of approximately 17,000 miles exceeds typical expectations for a model of this age, indicating either heavy daily use or extended periods of idling combined with occasional hard driving. The gap between the 2025-03-20 pass and the 2026-07-06 failure represents a six-month interval during which the front brake pads continued to thin, while the rear tyres remained consistently worn. This trajectory points to progressive deterioration in critical systems rather than gradual improvement, and the single successful July 2026 result appears to have been isolated rather than indicative of sustained health. The front brake pads show a clear progression of thinning across the 2025 and 2026 assessments, suggesting either accelerated pad wear or mounting rotor thickness that requires attention before complete failure. The nearside rear inner tyres bearing nails and the nearside rear outer tyre approaching legal wear thresholds indicate both surface abrasion and potential impact damage that compromises grip and structural integrity. Additionally, the repeated failures of the direction indicator and wing mirror at the end of the test cycle point to electrical or mechanical linkage reliability issues that should be verified through a functional test drive, particularly regarding signal transmission and mirror operation. Given the documented tyre damage and nail penetration in the rear inner tyres, a thorough visual inspection of the entire tyre carcass is essential to rule out hidden internal damage that could lead to sudden blowouts under load. The persistent front brake pad thinning demands confirmation of pad material condition and rotor diameter to ensure braking performance remains within safe limits, especially considering the moderate annual mileage rate that accelerates normal wear patterns. Finally, the nearside rear tyre issues and the direction/wing mirror failures together suggest that systemic checks of the suspension bushings, steering linkage, and electrical feedthroughs should accompany any purchase, as these areas have shown recurring trouble across multiple test cycles.