2017 Ford Ranger 2.2L Diesel · EY67 CYA

A 2017 Ford Ranger showing structural corrosion on the chassis alongside deteriorated front suspension ball joint dust covers presents a buyer with a mechanical profile that demands close attention, even though the most recent test on 11 August 2026 was recorded as a pass. The overall trend across the recorded history is largely clean, with passes in 2021, 2022, 2025, and 2026, and no outright failures, but the 2026 advisories are notable because they are the first corrosion-related items in the record. The chassis advisory under category 6.1.1 (c) (i) is significant for a utility vehicle of this age, as pickup chassis rails and cross-members are continually exposed to road salt, mud, and stone chipping, and the tester has specifically noted that structural rigidity is not significantly reduced at this stage. This places the vehicle at an early point on a corrosion curve that will progress, making any future inspection of the same areas particularly important. Combined with the upper suspension arm ball joint dust cover deterioration on both nearside and offside, the front suspension is showing clear signs of wear consistent with high mileage and prolonged service. With 135,048 miles recorded over approximately nine years, the Ranger has covered around 15,000 miles annually, which is well above average for a UK vehicle and consistent with heavy commercial or fleet use. There are notable gaps in the testing record, with no MOT entries visible between August 2022 and August 2025, which may indicate the vehicle was either off the road, exempt from testing, or operated under a different arrangement during that period, and any prospective buyer should verify the reason for this absence. The high annual mileage means that consumable items such as brake pads, discs, clutch components, propshaft universal joints, and rear leaf spring bushes will have been subjected to considerable wear, and the 2021 advisory noting a transmission oil leak, though described as not excessive, suggests the gearbox or transfer box seals have been under load for some time. The combination of high mileage and the appearance of chassis corrosion is mechanically consistent with a working vehicle that has seen prolonged service life on treated winter roads. For a test drive, particular attention should be paid to the front suspension, given the deteriorated ball joint dust covers noted on both sides. Listen for any clonks or knocks from the front end when traversing speed humps or uneven surfaces, and feel for vagueness or play in the steering, especially over rough tarmac, as exposed ball joints can quickly develop play once the dust cover is compromised. A thorough inspection of the chassis rails, outriggers, cross-members, and suspension mounting points with a torch and ideally a ramp or lift is essential, paying particular attention to box sections and any areas where surface corrosion could be hiding more significant structural deterioration. The transmission area should also be examined for fresh oil residue, as a leak noted in 2021 may have worsened, and a check of transfer box and gearbox oil levels is advisable. Finally, given the mileage, a compression test or at least a thorough assessment of engine condition, turbo function, and clutch feel under load would be prudent to establish the mechanical state of the drivetrain beyond what the MOT record can reveal.