2007 Ford Transit 2.4L Diesel · BX07 VTT

The 2007 Ford Transit presents a mechanical profile characterised by intermittent reliability challenges punctuated by a recent clean MOT result. Two separate failures in early 2013—centred on rear fog lamp operation, rear brake wear, and a critically corroded brake pipe alongside a fuel system leak—were later partially resolved with a 2013 repeat test showing the same core issues persisting while adding noted oil leakage from the outer suspension hub seal and the engine compartment. A subsequent clean MOT in August 2022 confirms that the vehicle has returned to meeting legal standards, yet the presence of prior failures indicates that unresolved problems can resurface even after a period of apparent stability. The overall trajectory therefore reads as stable following the 2022 pass, but with lingering mechanical debt from the earlier years that requires careful verification. At 90,523 miles for a 19-year-old vehicle, the average annual mileage of approximately 4,764 miles stands in stark contrast to typical usage patterns for a model of this age, where higher figures usually correlate with accelerated wear across suspension, brakes, and drivetrain components. The significant gap between the 2013 failure entries and the most recent 2022 test—nearly a decade without an intervening MOT—suggests prolonged periods of inactivity or very selective use rather than regular highway or urban driving. This usage pattern implies that while major structural degradation may be limited, the cumulative effect of fewer kilometres still allows for gradual component fatigue, particularly in systems that experience consistent thermal cycling such as the cooling system and electronic control units. Low mileage alone does not guarantee good health, but it does reduce the likelihood of severe engine wear or high-mileage-specific failures. The brake system warrants particular scrutiny given the documented history of excessive brake pipe corrosion and worn rear brake discs that are pitted or scored despite the low total kilometre count. On a test drive, the buyer should monitor the vehicle's deceleration quality and look for any pulling to one side, which could indicate uneven wear or air in the hydraulic lines—a concern amplified by the previously reported fuel system leak that may have compromised the entire powertrain assembly. Additionally, the outer suspension hub seal is known to exhibit oil leakage according to the 2013 user report, so checking for fresh oil residue beneath the vehicle during a stop-start cycle is essential; persistent oil seepage from this point would compromise both the lubrication system and potentially introduce contamination into the brake fluid reservoir. The failing front and rear position lamps, though primarily an electrical advisory, often share common wiring harnesses with other vehicle systems, so their persistence suggests broader electrical integrity issues that could manifest as intermittent sensor failures affecting ABS or traction control circuits. Given the documented failures involving the brake pipe, brake discs, and oil leaks, the buyer should conduct a practical test drive paying close attention to braking performance—the worn rear disc will likely require closer visual inspection than the low mileage might initially suggest—and confirm that no unexpected warning indicators activate during normal operation. The corroded brake pipe demands confirmation that no further leakage occurs upon re-fuelling or after a cold start, as continued corrosion can lead to progressive blockage of the brake fluid line. Finally, while the oil leak from the outer hub seal appears minor, its proximity to the differential and transmission housing makes it prudent to have a professional mechanic assess the integrity of the bearing shell and associated seals, ensuring that any residual lubricant loss does not accelerate wear in adjacent components that are otherwise under minimal stress due to the modest total mileage.