2021 Ford Transit 350 Trend Ecoblue 2.0L Diesel · LF21 GMR

The most recent DVSA examination on 19 March 2026 resulted in a PASS, though a single advisory was noted for a defective central lower gearbox mounting, where the stabiliser bush is splitting. This suggests that while the vehicle was considered roadworthy at the time of test, the powertrain mounting is degrading and will require attention in the near future. Looking at the broader history, the maintenance trend is showing signs of decline rather than improvement. The 2025 test produced multiple advisories covering an oil leak, front tyre damage and perishing, nearside front tyre wear, and pitted front brake discs, and these same advisories were carried over into a failure on 9 April 2025 before the vehicle was subsequently repaired and retested to a pass on 11 April 2025. More notably, the 2024 test resulted in a failure for major defects on both front outer constant velocity boots, alongside a major for an excessively worn offside front drive shaft joint. The accumulation of wear-related advisories on suspension, braking, steering, and drivetrain components over successive tests points to a vehicle that is accumulating age- and mileage-related deterioration faster than a lower-use example would. With a recorded mileage of 86,598 miles over roughly five years, this Transit is accruing approximately 17,320 miles per year, which is high for its age and indicates sustained commercial or heavy-duty use. There are no large mileage gaps in the recorded history that would imply long periods of standing, which is generally positive from a corrosion and battery standpoint, but the high annual accumulation accelerates wear on all consumables and mechanical components. For a vehicle of this profile, one should anticipate that clutches, dual-mass flywheels if equipped, turbochargers, injectors, suspension bushes, dampers, and brake components will be approaching or entering their second half of operational life. The oil leak previously flagged is also worth noting, as diesel engines in high-mileage Transits commonly develop rear main seal or sump gasket seepage that can worsen over time. Given the recurring advisories on the front brake discs and tyres, a prospective purchaser should carry out a careful physical inspection and test drive evaluation. The front brake discs were previously noted as pitted or scored, and on a high-mileage van these will frequently have progressed to requiring replacement, so during a test drive listen for any brake shudder under firm pedal application and check for a pulsing feel through the steering wheel. Inspect both front tyres closely for uneven wear across the tread, as nearside front edge wear was previously noted and can indicate suspension geometry issues, worn bushes, or tracking misalignment. The perishing and cracking advisories on both front tyres should also be examined, as sidewall deterioration can develop rapidly on commercial vehicles exposed to UV and high load cycles. On the road, pay attention to any clunks or knocks from the front suspension over bumps, as the constant velocity joint wear recorded in 2024 can recur, and any clicking on full lock would suggest renewed CV joint degradation requiring immediate attention. The 2024 advisories also included a tyre pressure monitoring system fault, which should be verified as rectified, and the central gearbox mounting defect from the latest test warrants particular attention. On a test drive, listen for any excess engine or transmission shunt when changing gear or releasing the clutch, as a splitting gearbox stabiliser bush will allow more powertrain movement than designed and can ultimately lead to vibration or even damage to surrounding components. Given the high annual mileage, also verify the timing belt or cam belt service interval status if applicable to this engine, confirm that the diesel particulate filter has been regularly regenerated through sustained driving, and request evidence of recent gearbox oil and brake fluid changes, as these are commonly neglected on commercial vehicles. A compression test or live diagnostic scan would be prudent to confirm internal engine health, and a thorough underbody inspection for corrosion, fluid leaks, and exhaust integrity is strongly advised given the working vehicle profile.