2012 Land Rover Range Rover Evoque 2.2L Diesel · SS04 PWT

A pattern of small but persistent advisories combined with one repairable wiper failure defines the MOT history of this 2012 Range Rover Evoque, with the 2026 test passing on 4 March accompanied only by an offside front tyre noted as worn close to the legal limit and on its edge. Across the recorded tests, three of the last four examinations have carried advisories, covering front tyre wear, a damaged offside front tyre in 2024, and rear brake pads wearing thin in 2025, suggesting that consumable items on the front axle in particular are being replaced in a steady but unspectacular cycle. The only failure, recorded at the 3 March 2023 test, related purely to both front wiper blades failing to clear the screen effectively, a defect that is inexpensive to remedy and was clearly rectified before the vehicle returned to pass the same day. The accumulation of these advisories year on year indicates a vehicle that is roadworthy but one whose service items are being managed reactively rather than proactively, and a buyer should expect further attention to tyres and brake friction material in the near term. With 98,094 miles recorded across roughly fourteen years, this Evoque has averaged around 7,000 miles annually, which sits comfortably within the typical range for its age and usage class. There are no significant gaps in the MOT record or unexplained jumps in odometer readings between tests, and the mileage progression between consecutive examinations is consistent, pointing to regular if modest use. That said, fourteen years of service life at predominantly urban or suburban mileages means that corrosion-prone components such as underbody suspension linkages, brake pipes, and subframe mounting points will have endured prolonged exposure to damp road conditions and winter salt, even though the test record has not yet flagged any structural deterioration. The mileage also places the 2.0 diesel or petrol engine, transmission, and four-wheel-drive system firmly into mid-life territory, where ancillary wear on items such as drive shafts, as already evidenced in the 2024 advisory, becomes more common. The 2024 advisory noting severe deterioration of the offside front inner drive shaft CV boot is particularly relevant for a test drive inspection. On a road evaluation, listen for a rhythmic clicking or popping noise from the front corner when turning at low speed, which would indicate that the boot has split further since the advisory was raised and grease has escaped, allowing contamination of the joint. Any vibration through the steering wheel under acceleration or a shudder on full lock should be treated as immediate grounds for negotiation or a pre-purchase inspection. Additionally, with the offside front inner joint already showing boot deterioration, the nearside inner joint should be visually inspected for cracking or grease leakage, as CV boots on this generation of Evoque tend to fail symmetrically due to shared heat cycling and age. Given the recurring front tyre advisories across 2024, 2025, and 2026, and the rear brake pad advisory of 2025, a prospective buyer should inspect all four tyres for uneven shoulder wear, which on the Evoque frequently points to worn suspension bushes or weak front strut top mount bearings rather than simple alignment issues. On the test drive, pay close attention to any clonking or knocking transmitted through the footwell over speed humps and uneven surfaces, as well as vagueness or a slight delay in self-centring of the steering, both of which are characteristic of tired front suspension components on this platform. The brake pedal should feel firm and progressive, with no judder under heavy application, which would suggest warped front discs rather than the merely thin rear pads flagged in 2025. Finally, although the MOT record shows no advisories relating to corrosion, a thorough underside inspection or a raised inspection on a ramp is strongly advisable given the vehicle's age, regional salt exposure over fourteen winters, and the known propensity for Range Rover Evoque subframes and rear trailing arm bushes to deteriorate before the structural MOT threshold is reached.