2026 Land Rover Range Rover Evoque ED D Mhev A 2.0L Diesel · DS 135

A pattern of front suspension and tyre deterioration has emerged across this Evoque's MOT record, culminating in a failure on 18 March 2026 before it was rectified and re-presented eight days later as a pass on 26 March 2026. The 2026 failure was driven by a nearside front anti-roll bar ball joint found to be excessively worn, a serious defect that goes beyond the slight play flagged on the same component in March 2025, suggesting that what was a borderline advisory twelve months earlier had progressed into a definite mechanical failure. The 2026 test also recorded tyre damage severe enough to expose ply or cords on both the nearside front and offside rear tyres, alongside the rear brake disc pitting that has now been noted twice in succession. The trajectory is clearly one of worsening condition rather than stable roadworthiness, with the anti-roll bar linkage specifically appearing to be the component tracking towards repeat attention. With 51,072 miles accumulated on a 2026 registration year vehicle, this Evoque has been worked reasonably hard for its age, though the platform and componentry are engineered to absorb such mileage without inherent concern. The annual testing cycle has remained consistent, with no extended lay-up periods or missing certificates, indicating continuous use rather than sporadic deployment. The mileage bracket itself places the vehicle in a zone where wear items such as suspension consumables, brake components, and tyres are entering their typical replacement phase, which aligns precisely with the defects observed on test. From a buyer's perspective, the priority on inspection should be the front anti-roll bar assembly and its linkages, as the record shows a clear escalation from slight play in 2025 to an outright failure in 2026. On a test drive, listen for knocking or clonking noises from the front suspension over speed bumps, uneven road surfaces, and during direction changes, as a worn anti-roll bar ball joint typically produces audible rattling or slop when the bushing or joint has lost its integrity. With the steering off-centre, sharply turn the wheel from lock to lock at low speed and feel for any hesitation, binding, or abnormal clunking through the rack, which would suggest the anti-roll bar end link or drop link is no longer holding the bar firmly. Also physically inspect both front anti-roll bar drop links by hand, looking for perished bushes, cracked boots, or visible vertical play where the link meets the bar or the damper. The rear brake disc pitting flagged at both 2026 tests warrants close attention, as it suggests the discs may now be approaching the minimum thickness and could require replacement imminently. During a test drive, apply the brakes firmly from around 40 mph and listen for any grumbling, groaning, or pulsation through the pedal, as pitted discs typically produce a distinctive vibration felt through the brake pedal and steering wheel under heavy braking. Inspect the rear discs visually for a pronounced lip at the perimeter and any blueing from heat spotting, which would confirm the need for replacement rather than a simple skim. Finally, examine all four tyres closely for any cuts, bulges, or exposed cord, and verify that the sidewalls show no cracking or perishing, particularly given the previous front tyre edge wear noted in 2023 and the subsequent cord-exposing cuts in 2026, suggesting this vehicle may be hard on tyres and worth budgeting for a full set shortly after purchase.