1992 FFB 570 Classic Ducato 2.5L Diesel · J847 CDT

A chronic pattern of front-end wear has emerged on this 1992 Ducato, with the most recent test on 4 August 2026 recording a Major defect for parking brake efficiency below requirements, alongside advisories for an oil leak, front brake disc wear, steering rack inner joint play, and a corroded nearside front brake pipe. The parking brake shortfall is the most serious finding and indicates the rear drum or cable mechanism is no longer holding the vehicle to the statutory efficiency threshold, a defect that warrants rectification before the vehicle is considered roadworthy in the strict MOT sense. The accumulation of advisories on the same nearside front corner across consecutive tests, brake pipe corrosion in 2026, suspension arm pin and bush wear in 2025, and steering rack joint play recurring in both 2025 and 2026, suggests an ongoing deterioration rather than isolated incidents. The earlier 2022 pass, which flagged both front coil springs, a corroded exhaust, an offside front suspension mounting area, and an offside front Macpherson strut, established a baseline of structural and suspension corrosion that has clearly continued to develop. With a recorded mileage of 108,364 miles spread across approximately 34 years, the vehicle averages around 3,187 miles annually, a notably low figure consistent with either light-duty use or extended periods of standing. There is a three-year gap between the 2022 and 2025 tests, which means the interim condition of consumables and structural components is unrecorded and any deterioration during that window cannot be assessed. Low annual mileage of this nature typically results in prolonged component static exposure, allowing brake discs to pit and corrode in situ, rubber bushes and seals to deteriorate through age rather than wear, and standing oil to weep from gaskets and seals, all of which align directly with the recurring advisories observed in the MOT record. A prospective buyer should focus the physical inspection on the front suspension and braking system, where the bulk of the recorded defects lie. On a test drive, listen for clonking or knocking noises from the nearside front over uneven surfaces, which would indicate the worn suspension arm pin or bush has progressed beyond acceptable movement, and pay close attention to any vagueness, rattle, or excess slop in the steering, which would confirm the recurring rack inner joint play. The brake pedal should feel firm and progressive; any excessive travel, sponginess, or judder under braking would suggest the pitted front discs have worn beyond safe limits or that caliper sliding mechanisms are binding. The parking brake should be tested on a slope to confirm the vehicle holds firmly without creep, given the recorded efficiency failure, and the rear drums or calipers should be inspected for adjustment, shoe wear, or cable stretch. A careful under-bonnet and under-floor examination is also essential, beginning with a check for active oil residue around the engine and gearbox seams to gauge whether the recurring oil leak has worsened, and a close look at the nearside front brake pipe to determine whether the noted corrosion has breached the pipe wall. Surface rust on the Macpherson strut, suspension mounting areas, coil springs, and exhaust should be probed with a screwdriver to establish whether the corrosion flagged in 2022 has progressed into structural weakness, particularly around the offside front strut mounting. With 34 years of service, age-related degradation of rubber bushes, CV joint gaiters, coolant hoses, and electrical wiring looms should be expected, but the priority components for negotiation and rectification are the parking brake mechanism, the front brake disc and pipe, and the steering rack inner joint.