2015 Land Rover Range Rover Evoque 2.0L Diesel · GR15 TES

A consistent record of MOT pass certificates supports the roadworthiness standing of this eleven-year-old Range Rover Evoque, with a clean test completed on 21 November 2025 showing no defects or advisories recorded. The overall trend across the documented history is one of stable compliance, as the vehicle has passed every annual assessment since 2022 without accumulating any outstanding advisory items. The single failure event on 11 December 2023 was resolved within two days at the subsequent retest on 13 December 2023, and that subsequent pass was issued without advisories, suggesting the brake and tyre issues identified were addressed rather than left to deteriorate. The absence of corrosion advisories, suspension wear notes, or structural concerns across multiple test cycles points to a chassis that has resisted the typical underbody degradation often associated with SUVs of this vintage. With 92,589 miles accumulated over approximately eleven years, the average annual mileage works out at roughly 8,417 miles, which sits comfortably within the expected usage band for a vehicle of this age and class. There are no notable gaps in the MOT testing timeline that would suggest extended periods off the road, and the consistent year-on-year attendance at test stations indicates the vehicle has remained in regular service throughout its life. At this mileage level, consumable components such as brake pads, discs, tyres, and suspension bushes will have undergone multiple replacement cycles, but the absence of recurring advisories on these items in the recent history suggests they have been maintained as wear has occurred. The moderate rather than excessive mileage accumulation reduces the likelihood of major drivetrain fatigue compared to higher-mileage examples, though the inherent complexity of the Evoque's drivetrain and electronic systems still warrants close attention regardless of odometer reading. For a prospective buyer, the most relevant components to scrutinise based on the recorded history are the front service brake system and the 245/45 R20 tyres. The December 2023 failure flagged excessive fluctuation in the front service brake on both sides, which on a test drive would typically manifest as vibration or pulsation through the brake pedal under moderate to firm application, or uneven pulling to one side during braking. Although the retest passed, fluctuating brake readings can indicate warped or unevenly worn front discs, seized or binding caliper guide pins, or contaminated brake pad friction surfaces, so it would be prudent to inspect the front discs for lipping, edge corrosion, or visible runout when the wheel is rotated by hand. The cut damage recorded on both rear tyres in 2023 was likely impact-related rather than wear-related, but it underscores the importance of checking the current rear tyres for sidewall bulges, embedded debris damage, or uneven inner-edge wear, which on the Evoque can indicate rear suspension geometry issues or alignment drift. On a physical inspection, pay particular attention to the front suspension linkages and anti-roll bar drop links, which are known wear items on this model and would typically produce clonking or knocking noises over speed humps and during low-speed direction changes. Listen for any creaking from the front suspension on full lock manoeuvres, as this can indicate worn wishbone bushes or failing strut top mounts. Steering feel should be checked for any vagueness, pulling to one side, or inconsistent self-centring, which could point to worn track rod ends or front subframe mounting points. Under the bonnet, inspect for any signs of oil misting or residue around the cam cover, turbocharger, and intercooler pipework, as Evoque engines can develop sealing issues at this age. Finally, verify that all electronic systems function correctly, including the infotainment display, terrain response selector, parking sensors, and climate control, as electrical faults are a more common cause of dissatisfaction on this model than the mechanical wear suggested by the MOT history.