2021 Ford Ranger 2.0L Diesel · PL70 OUA

A clean MOT record on a working vehicle of this age and mileage is noteworthy but requires unpacking against the advisory history. The most recent test on 16 April 2026 recorded a pass with no defects, continuing a pattern of passes that stretches back to the earliest entry on file. However, the January 2024 test flagged a cluster of advisories concentrated on the braking system and tyres, all of which were noted just four months before the subsequent clean pass. That gap between advisory and clean test outcome suggests the components flagged in early 2024 had not yet crossed the threshold for failure but were identified as wearing components worthy of monitoring, and given the mileage accumulated since then, those same areas warrant close physical inspection now. With 75,327 miles recorded against a five-year-old vehicle, this Ranger is running at roughly 15,000 miles annually, which sits at the higher end of usage for a modern pickup of its type. There are no significant gaps in the testing timeline and no periods off the road, indicating consistent working or commuting use rather than long-term storage. Mechanically, this rate of accumulation accelerates consumption of friction materials, suspension bushes, driveline flexes, and underbody protective coatings, particularly on a vehicle likely to have seen towing, rough-site work, or unmade road exposure. The absence of corrosion advisories in any of the recorded tests is a positive data point, though it should be remembered that MOT inspections are visual and do not necessarily capture surface treatment condition beneath the vehicle. The January 2024 advisories specifically referenced front brake disc wear with pitting and scoring, thinning front inner brake pads, front tyres worn on their inner edges, and rear tyres down to 3mm tread. The front disc and pad advisories together suggest the offside and nearside front calipers and discs had been working hard, and at this mileage a follow-up inspection should establish whether the discs were machined or replaced and what thickness they now measure. Inner-edge tyre wear on both fronts points toward either camber irregularity, suspension geometry drift, or consistent heavy loading, all of which merit checking the tracking and inspecting the front suspension arms, anti-roll bar drop links, and top mounts for play. On a road test, the buyer should listen for any vibration through the steering wheel under braking, which would indicate disc runout, and feel for any pulling to one side that might confirm uneven pad wear or a binding caliper. The rear tyres down to 3mm advisory in early 2024 means four tyres have certainly been replaced since, and the buyer should confirm the current set carries even wear across the tread with no feathering that would point to misalignment or worn bushes. Beyond the flagged components, this mileage and usage profile makes a thorough inspection of the underbody worthwhile, particularly the subframe mounting points, rear leaf spring bushes if applicable, prop shaft universal joints, and any exposed brake pipes or fuel lines for surface corrosion. The rear brake setup, never explicitly flagged, should be checked for shoe or pad wear and any signs of a sticking wheel cylinder or caliper slide. A test drive should include loaded cornering to expose any knocking from the front suspension, firm braking from higher speeds to assess disc integrity and pedal feel, and a low-speed manoeuvring check with the steering on full lock to detect any transmission or differential shunt. A scan for any warning lights on the dashboard and confirmation of a healthy exhaust without blow or rattle will round out what is otherwise a tidy MOT record but one attached to a heavily worked commercial-style vehicle.