2021 Ford Ranger 2.0L Diesel · HT70 JVE

The most recent DVSA MOT test conducted on 10 February 2026 resulted in a pass, which demonstrates that the vehicle was deemed roadworthy at the point of inspection, though it is accompanied by an advisory concerning the nearside front tyre being worn close to the legal limit and exhibiting inner edge wear. Evaluating the broader test history, the maintenance trend appears broadly stable, with the 2024 test also passing with advisory notes relating to inner edge wear on both front tyres. The only recorded failure occurred in February 2025, but this was isolated to both headlamps having an aim that was too high, which is a relatively minor and easily rectified adjustment rather than an indication of systemic mechanical deterioration. The repetition of the front tyre wear pattern across two consecutive tests does, however, suggest a persistent underlying issue that warrants close attention from any prospective buyer. With a recorded mileage of 109,732 miles over approximately five years, this Ford Ranger has covered around 21,946 miles annually, which is notably high for a vehicle of this age and points towards sustained, heavy use. The consistent year-on-year accumulation of mileage with no significant gaps in the records suggests the vehicle has been worked regularly rather than left standing for extended periods, which generally favours mechanical longevity for major drivetrain parts but accelerates wear on consumable items. High-mileage use of this nature typically shortens the service life of components such as suspension bushes, shock absorbers, brake discs, pads, and clutch assemblies, and places additional strain on the turbocharger and timing belt or chain depending on the engine variant fitted. Given the recurring advisory concerning inner edge wear on the nearside front tyre across two separate tests, this is a pattern that should not be dismissed as a simple alignment issue. Persistent inner edge wear on a commercial vehicle or pick-up frequently indicates worn suspension components, such as deteriorated front suspension bushes, weak or sagging coil springs, or play in the top mount or wishbone assemblies. On a test drive, the buyer should listen for any knocking or clonking noises from the front suspension over uneven surfaces, pay close attention to vague or wandering steering response, and check for uneven scrubbing across the width of the front tyres. It would also be prudent to inspect the rear tyres carefully, as high-mileage commercial use can bring forward wear across the full axle. A four-wheel alignment check and a thorough suspension inspection by a competent technician would be advisable before purchase, and budgeting for replacement front suspension components should be considered. Beyond the recorded advisories, the relatively high mileage and the working nature of this vehicle make several additional inspection points essential. The brake discs and calipers should be examined for signs of binding or uneven wear, as pick-ups used for towing or heavy loads frequently suffer from accelerated disc corrosion and pad wear, and shudder under braking is a common symptom of warped discs. The condition of the 12V battery should be verified, as intensive use with frequent short journeys or long standing periods between work cycles can shorten battery life. All fluids, including engine oil, transmission fluid, transfer box fluid if four-wheel drive, and brake fluid, should be checked for condition and age rather than relying solely on the odometer for service intervals, as calendar-based degradation is just as relevant for a vehicle of this age. Finally, given the recorded headlamp aim failure, the adjustment mechanism and the condition of the headlamp mounting brackets should be physically inspected to ensure they have not been damaged or loosened through rough use.