2023 Ford Transit Custom 280LIMITD Eblue 2.0L Diesel · CF72 EEX

The most recent MOT test for this 2023 Ford Transit Custom was conducted on 8 January 2026 and resulted in a pass, though with one minor defect recorded against the nearside outer drive shaft CV (constant velocity) joint boot, noted as severely deteriorated under section 6.1.7 (g) (i). Although this is classified as minor rather than a failure, it is a defect which requires attention and indicates that the maintenance trend, though presently passing, shows an emerging issue that should not be ignored. With only a single test entry in the official DVSA history against a vehicle that is now approximately three years old, there is insufficient longitudinal data to fully assess whether the vehicle is improving or deteriorating, so any prospective buyer must rely heavily on the current condition of the recorded defect and broader physical inspection. With 107,496 recorded miles over a three-year period, the annual accumulation stands at approximately 35,832 miles per year, which is substantially higher than typical light commercial or private use and places considerable mechanical demand on the vehicle. Such intensive use accelerates wear on consumables including brake pads and discs, clutch components, suspension bushes and coil springs, tyres, and timing belt or chain service intervals depending on manufacturer schedule. Given the high mileage, there is also a stronger likelihood of significant wear on the dual-mass flywheel if manual, or torque converter and transmission fluid if automatic, as well as increased stress on the diesel particulate filter and turbocharger consistent with sustained high-mileage diesel operation. No mileage gaps are evident in the record to suggest prolonged standing periods, which is positive from a corrosion and binding-caliper perspective but reinforces the expectation of mechanical fatigue across major drivetrain components. Regarding the recorded CV boot defect, this requires careful inspection before purchase. CV boots are flexible rubber or thermoplastic covers that retain grease within the constant velocity joint while preventing ingress of water, road salt, and debris; once the boot is severely deteriorated, grease will escape and contamination will enter the joint, leading rapidly to accelerated wear of the internal bearings and races. Symptoms to listen and feel for on a test drive include a rhythmic clicking or knocking noise from the affected corner when turning at low speed, vibration through the vehicle under load, and eventual joint seizure if left unattended. The repair itself is relatively straightforward if caught early, involving CV boot replacement and repacking with fresh grease, but if the joint has already been contaminated for a prolonged period, replacement of the complete driveshaft may prove necessary. The buyer should inspect the boot visually for splits, tears, perished sections, or displaced retaining clips, and check both inner and outer boots on the nearside shaft. Beyond the recorded defect, the high annual mileage and diesel powertrain warrant a thorough age and usage-appropriate inspection. Brake discs should be examined for lipping, scoring, or corrosion pitting, particularly if the vehicle has been used for predominantly urban or short-journey work which encourages low-temperature corrosion, and the calipers should be checked for seizing or uneven pad wear. Tyres require close scrutiny not only for tread depth and even wear patterns indicative of tracking or suspension geometry issues, but also for sidewall cracking or perishing given the vehicle's age, and a check of the spare or inflation kit should be made. The 12V battery should be tested for cranking performance and state of charge, particularly as commercial vehicles often support auxiliary loads which accelerate battery degradation. Time-based servicing should be verified independently of mileage, including engine oil and filter, diesel fuel filter, air filter, brake fluid replacement every two years regardless of mileage, coolant condition and concentration, and the condition of the timing belt or scheduled auxiliary drive belt replacement as per manufacturer service schedule. Finally, the underside should be examined on a ramp for structural corrosion, exhaust integrity, fluid leaks from engine and transmission, and the security of the diesel particulate filter and turbo plumbing, all of which are vulnerable to the sustained thermal and vibration cycles associated with high-mileage commercial use.