2016 Ford Ranger 3.2L Diesel · MF66 AKK

A 2016 Ford Ranger with one recorded MOT failure and a recurring pattern of advisories around brake hose ferrules, front tyre inner-edge wear and chassis surface corrosion defines the mechanical narrative of this vehicle. The most recent test on 1 May 2026 was a clean pass with no advisories or defects, which on the surface suggests the current condition is acceptable; however, looking back through the record reveals that this is the first test in four years without flagged items. The 31 May 2023 test resulted in a failure due to a fractured offside front lower coil spring, classified as a Major defect, alongside advisories for rear brake hose ferrule corrosion and front inner tyre wear. Both 2024 and 2023 tests recorded advisories on both front and rear brake hose ferrules showing slight corrosion, and the front inner tyres were flagged as worn close to the legal limit on the inner edges across 2023 and 2024. Surface corrosion along the nearside chassis was also noted in 2023, indicating early-stage structural oxidation that warrants monitoring. A persistent minor defect on the nearside registration plate lamp appeared in both 2024 and 2025 tests, suggesting a recurring electrical issue that has only just resolved at the most recent assessment. With 73,774 miles recorded against a ten-year vehicle age, this Ranger has covered approximately 7,377 miles annually, which is broadly typical for a working or leisure-use pickup of this era. The MOT testing history shows annual tests from 2023 onwards with no significant gaps, indicating the vehicle has remained in regular use throughout the recorded period. This consistent mileage accumulation means the braking, suspension and drivetrain components have experienced normal working loads rather than the prolonged standing associated with very low-mileage vehicles. There is no evidence of rapid mileage accumulation between tests that would suggest extraordinary use, nor any extended absence from testing that would imply long-term storage. The usage pattern therefore supports a straightforward evaluation of component wear based on age and mileage rather than any unusual duty cycle. For a prospective buyer, the priority inspection points are concentrated around the front suspension and braking system. The fractured offside front coil spring recorded in 2023 is a significant failure that should have been replaced at the time; the replacement spring should be inspected for correct specification and seating, and the nearside front spring should be checked for any signs of fatigue or cracking as coil springs often fail in pairs on commercial-grade vehicles. On a test drive, listen for clonking or knocking noises from the front suspension over speed humps and uneven surfaces, particularly on the offside, and pay attention to any noticeable sag or uneven ride height that could indicate a weakened spring. The brake hose ferrules showing corrosion on all four corners between 2023 and 2024 warrant a thorough visual inspection underneath the vehicle; look for any weeping brake fluid, signs of brake fluid staining on the hoses or wheel arches, and check the pedal feel for any sponginess or excessive travel during a firm braking stop. The repeated advisories on front inner tyres wearing close to the legal limit suggest an underlying geometry issue, most likely tracking misalignment or worn front suspension bushes, which is consistent with the advisories appearing alongside the coil spring failure. During a test drive, evaluate the steering for any pulling to one side, uneven steering weight, or a steering wheel that sits off-centre when driving straight on a flat road, all of which would indicate persistent geometry problems. Inspect the front inner and outer tread depths carefully and look for feathering or uneven shoulder wear on the tyres currently fitted. The chassis surface corrosion noted in 2023 should be physically inspected, particularly along the nearside chassis rail, with attention to any flaking, bubbling under paint or perforation that has progressed beyond surface level. Finally, verify the operation of all registration plate illumination and check for any warning lights on the dashboard, given the recurring lamp defect that only resolved at the most recent test.