2014 Land Rover Range Rover Evoque 2.2L Diesel · AY14 UMM

A clear pattern emerges across this Evoque's MOT history, with braking components and tyre condition dominating the advisory list at the most recent test. On 7 May 2026, the vehicle was submitted for test twice on the same day, first failing on a nearside front headlamp aim defect before passing immediately afterwards once the headlamp was corrected. That single failure aside, the more telling story is the cluster of advisories carried forward from the same inspection: an offside front tyre worn close to the legal limit and on edge, rear brake pads wearing thin, and both rear brake discs recorded as worn, pitted or scored though not seriously weakened. The brake disc advisory in particular is consistent with a vehicle that has covered substantial mileage and is approaching the point at which disc replacement becomes unavoidable. Earlier records reinforce this theme, with the 2025 test flagging a nearside rear tyre cut deep enough to reach the ply or cords alongside further near-limit front tyre wear, and the 2024 test noting repeated inner-edge front tyre wear and sidewall damage on the nearside rear. Taken together, the trajectory points to a chassis that is beginning to consume consumables at a steady rate rather than one with an isolated, one-off issue. The odometer reading of 133,090 miles across roughly twelve years equates to an annual accumulation of around 11,091 miles, which sits comfortably within the normal band for a vehicle of this age and class. There are no multi-year gaps in testing, no sudden mileage jumps between annual tests, and no evidence of the vehicle being laid up for an extended period, which means the recorded wear can be taken at face value rather than as the output of a low-use garage queen or, conversely, a high-mileage workhorse pushed well beyond its design envelope. For a Range Rover Evoque of this vintage, that kind of continuous usage is typical of a privately owned car used for a mix of commuting and longer journeys, and it provides a reasonably representative picture of how the mechanical components have aged. For a prospective buyer, the brake and tyre findings should drive the pre-purchase inspection. On a test drive, listen for any scraping, grinding or metallic resonance from the rear axle that would indicate the pitted rear discs have worn past their service limit, and feel for any judder through the brake pedal or steering wheel under firm application, which is a common symptom of uneven disc wear. The rear pads being thin means a replacement set should be costed into any negotiation; if the discs are also at the end of their useful life the bill will rise sharply, so a physical measurement of disc thickness with a vernier or a borescope check at a specialist is worthwhile. Underneath the car, pay particular attention to the rear caliper slide pins and handbrake mechanism, as binding rear calipers are a known weakness on this model and can accelerate both pad and disc wear. Given the recurring inner-edge and edge wear on the front tyres, ask when the tracking was last checked and inspect the front suspension arms, bushes and drop links for any perished rubber or clonking noises over speed humps, as worn suspension geometry is the usual cause of uneven shoulder wear on this vehicle. The headlamp aim failure recorded in May 2026 is a comparatively minor item, but it is worth confirming that the adjustment mechanism is intact and that the lens is not heavily oxidised, as moisture ingress and UV degradation are common Evoque headlamp issues that can quickly push the beam back out of specification. With the offside front tyre already on the legal limit, budget for at least one replacement tyre immediately and inspect the remaining three for age, sidewall damage and even tread wear across the axle. Finally, although the MOT record contains no corrosion advisories on the subframe, brake pipes or suspension mounting points, it is still prudent to have the underside inspected on a ramp, as Evoques of this age can develop surface corrosion around the rear subframe and brake line unions before it becomes severe enough to be recorded. A test drive over uneven surfaces should be conducted with the audio muted so any suspension knocks, creaks or drivetrain shunt from the Haldex coupling can be heard clearly.