2016 Ford Ranger 2.2L Diesel · SD66 UDY

The vehicle presents a generally stable maintenance profile, though the most recent MOT history indicates a shift from minor consumable issues to more significant mechanical concerns. While the October 2025 test at 57,852 miles resulted in a pass, it followed a more problematic inspection in November 2024. The 2024 test at 52,605 miles flagged a corroded or porous engine sump causing a central front lower oil leak, alongside several tyre advisories. This transition from simple bulb and tyre failures to a leaking engine component suggests that the vehicle is beginning to require more substantive mechanical attention. The mileage accumulation is notably low for a 2016 model, averaging approximately 5,785 miles per year. The records show consistent, gradual increases in distance, moving from 21,136 miles in October 2019 to 57,852 miles in October 2025. This low-use pattern often implies lighter wear on drivetrain components, but the presence of a porous sump and worn tyres suggests the vehicle may have spent periods stationary or has been subject to intermittent maintenance rather than rigorous preventative care. A prospective buyer should prioritise a physical inspection of the engine sump and the surrounding area for signs of active oil weeping or fresh staining. The 2024 advisory regarding the porous sump is a significant mechanical finding that warrants verification to ensure the leak has been rectified or is not progressing. The tester also noted a cracked offside rear tail-lamp unit in the same 2024 test, so the integrity of all lighting units and lenses should be checked. The history of tyre wear advisories in both 2019 and 2024 indicates a recurring pattern of running consumables close to the legal limit. This suggests the previous owner may have deferred basic upkeep. Beyond the tyres, the 2021 failure regarding brake pad thickness and reduced headlamp intensity highlights a history of minor electrical and braking wear. A thorough check of the braking system, including pad depth and disc condition, along with a verification of the headlamp intensity, is advisable to ensure no lingering issues remain from previous failures.