2022 Land Rover Discovery SPT Urbn ED D Mhev A 2.0L Diesel · SD22 ABF

A four-year-old Discovery with two MOT failures and a recurring pattern of anti-roll bar and brake component advisories tells a mechanical story centred on its chassis running gear rather than any single catastrophic fault. The most recent test on 27 March 2026 was a pass, but only seven days after the same vehicle failed on a defective headlamp levelling device and a split wiper blade, which suggests a hurried pre-test repair rather than a sustained improvement in condition. Across the recorded tests there are two Majors and one Minor, alongside four advisories that concentrate on the rear suspension and braking area, indicating that the nearside rear anti-roll bar linkage and the rear brake discs are the components demanding the closest scrutiny. Recorded mileage of 37,669 miles equates to roughly 9,400 miles per year over the four-year life of the vehicle, which is broadly typical for a modern SUV of this class and does not point to either extended periods off the road or unusually heavy use. The MOT entries appear at twelve-month intervals with no obvious testing gaps, and the mileage progression between the 2025 and 2026 tests is consistent with that annual rate. From a mechanical standpoint, this moderate usage should mean that tyre wear, brake friction material, and suspension component fatigue have progressed at a normal pace rather than being accelerated, yet the documented failures on both rear tyres for exceeding ply or cord exposure in March 2025 do suggest that consumable replacement has occasionally been deferred until a test forces the issue. For any prospective buyer, the rear anti-roll bar linkage ball joint flagged in 2025 and again in 2026 is the priority area to inspect physically. With the vehicle on a ramp or with the wheel removed, the nearside rear drop link should be checked for free play by hand, and on the road the car should be driven over undulating surfaces and across weight transfers to listen for clonking or rattling from the rear axle. Brake feel should also be evaluated, as the 2025 advisory noted inner-face corrosion on the nearside rear disc; cold pedal response and any vibration, judder, or pulling under firm application would indicate the discs have now worn beyond their service limit or have become lipped, and a direct measurement of disc thickness against the manufacturer specification is worthwhile before purchase. The 2026 headlamp levelling failure is worth investigating on a level surface at night or in a darkened garage, confirming that the automatic or manual levelling system actually adjusts and that the motors or linkages have not seized, as well as checking both wiper blades for splitting or streaking that would warrant replacement. Tyres fitted at the point of sale should be inspected for age-related sidewall cracking and for uneven shoulder wear, particularly on the offside front where the 2025 advisory noted edge wear, which can suggest an alignment or geometry issue that may also be accelerating rear suspension component fatigue. Given the relatively modest mileage but the cluster of rear axle advisories, a thorough inspection of the rear subframe mounting points for any early corrosion, the condition of the coil springs for any sagging, and a general check for oil residue around the rear differential and brake caliper sliding mechanisms would round off a proportionate evaluation of this vehicle.