2005 Ford Ranger 2.5L Diesel · MM55 LLG

The most recent DVSA MOT test on 25 March 2026 resulted in a pass, however the inspection recorded multiple advisories and a minor defect that warrant careful attention. Looking back through the history, the trend is one of gradual deterioration rather than stable maintenance, with defects and advisories multiplying year on year since 2022. A clean pass record was maintained through 2019, 2020 and 2021, but from 2022 onwards items began accumulating, with the 2026 test showing the broadest range of concerns including tyre wear, CV boot deterioration, corroded fuel pipes, general underbody corrosion and damaged rear shock absorbers. This trajectory suggests the vehicle is entering a phase where consumable and structural components are reaching the end of their service life and will require increasing attention from a new owner. With 121,272 miles recorded over 21 years, the annual mileage equates to roughly 5,775 miles per year, which is considerably below average for a working utility vehicle such as the Ford Ranger. Such low usage on a commercial-orientated chassis is notable because these vehicles are designed for higher load cycles and regular operation. Low annual mileage often correlates with extended periods of standing, which can accelerate corrosion on brake discs, lead to binding brake calipers due to seized pistons, degrade the 12V battery through repeated shallow discharge cycles, and cause premature ageing of rubber components and fluids. Furthermore, low-mileage engines that are not regularly run at operating temperature can suffer from oil glazing, moisture accumulation in the crankcase, and fuel system issues including injector fouling and stale fuel in the lines. The recurring advisories for general underbody corrosion and corroded fuel pipes across consecutive tests are the most pressing concerns for a prospective buyer. Fuel pipe corrosion on a vehicle of this age is particularly significant because perforation can lead to fuel leaks, presenting a serious fire risk, and replacement typically involves dropping the tank or working in confined areas which is labour-intensive. Any prospective purchase should include a thorough underbody inspection, ideally on a ramp, to assess the extent of corrosion on chassis rails, outriggers, floor pans, and the fuel system itself. Look for fresh rust bubbling through paintwork, flaking scale on structural sections, and any evidence of remedial welding. Test drive symptoms to watch for include fuel smells, visible drips when the vehicle is left standing, and any hesitation or stalling which could indicate fuel delivery issues. Additionally, verify whether the corroded pipes have been renewed since the advisories were raised, as these items have been flagged repeatedly without recorded remediation in MOT history. The persistent rear shock absorber casing damage and deteriorating front CV joint boots flagged across multiple tests also require close inspection. On the test drive, listen for clonking or knocking from the rear suspension over uneven surfaces, excessive body roll through corners, and any rear-end instability under load, all of which would suggest the dampers have deteriorated beyond their advisory state. Inspect the front CV boots visually for splits, grease loss, or contamination, as a failed boot will rapidly destroy the joint itself and lead to costly drivetrain repairs. Given the recurring advisory for worn front anti-roll bar bushes in 2022 and general chassis wear, the vehicle should be hoisted to check for perished suspension bushes, worn ball joints, and play in the steering and tie rod ends. Beyond the MOT record, a buyer should also verify the timing belt replacement interval, as a 2005 Ranger with this mileage should have had at least one replacement, inspect all tyres for age-related sidewall cracking regardless of tread depth, check brake discs for severe lipping and corrosion, and confirm the service history shows regular fluid changes for brake, coolant, and gearbox oil, as calendar-based degradation is highly likely given the low annual mileage and standing periods.