2012 Land Rover Range Rover 4.4L Diesel · LA12 UVC

The vehicle most recently passed its DVSA MOT test on 27 November 2025, accompanied by three advisories that warrant careful attention. Two advisories relate to corrosion on the rear brake pipes, one nearside and one offside, which have been noted as covered in grease or other material. This is a common advisory on Range Rovers of this vintage and typically indicates the onset of surface corrosion on the underbody brake lines, often driven by road salt exposure and the accumulation of undertray grime. The third advisory notes an oil leak that is not considered excessive. This recurring oil leak advisory, which also appeared in May 2019, suggests a persistent seepage from somewhere in the engine or gearbox area that has neither worsened significantly nor been fully resolved over a six-year period. The presence of multiple advisories on the most recent test represents a modest deterioration compared to the entirely clean passes recorded from 2020 through 2024, so the maintenance trend can reasonably be described as holding steady but with emerging age-related issues now coming to the fore. With 113,236 miles recorded over approximately fourteen years, this Range Rover averages around 8,000 miles per annum, which is broadly typical for a large luxury SUV of this era. There are no significant gaps in the annual MOT record from 2019 to 2025, suggesting consistent use rather than long periods of standing. That said, a vehicle of this age and mileage will inevitably be approaching the replacement window for several major mechanical systems. The brakes, suspension components, drivetrain mounts, and cooling system will all have accrued considerable wear, and any prospective purchase should be evaluated with the expectation that significant consumable or component renewals may be required in the near term. Buyers should be particularly mindful that Range Rovers of this generation carry above-average maintenance costs relative to mainstream alternatives, and parts availability, while generally good, can be expensive. Given the recurring oil leak advisory and the brake pipe corrosion advisories, a thorough physical inspection is strongly advised before purchase. The oil leak should be traced to its source, as a persistent seep from the timing cover, sump, or valve cover gaskets on the 4.4-litre diesel or 5.0-litre petrol variants can lead to oil consumption issues, contamination of the exhaust system, and potential fire risk if oil contacts hot components. On a test drive, listen for any engine rattles on cold start, observe the exhaust for blue smoke, and check the undertray for fresh oil residue. The brake pipes should be physically inspected for any pitting corrosion or active leaking, as corroded pipes will eventually fail under braking pressure and require replacement to pass a future MOT. On the road, the brakes should feel firm and progressive without pulling to either side, and the pedal should not feel spongy, which could indicate air ingress through corroded pipework. Beyond the recorded advisories, this fourteen-year-old Range Rover warrants a broader age-related inspection. The coil spring air suspension system, if fitted, should be checked for sagging at the corners, slow raise times after standing, and any fault warnings on the dashboard, as compressor and air strut failures are common on this platform. The tyres should be examined not only for tread depth but for sidewall cracking or perishing from age, even if the tread appears adequate, as rubber degrades over time regardless of mileage. The 12V battery should be load tested, as prolonged standing or repeated short trips can compromise battery health, and the cooling system should be checked for evidence of recent fluid renewal, as neglected coolant can lead to internal corrosion and water pump failures. Finally, verifying a complete service history with documented timing belt replacement, assuming a belt-driven variant is fitted, is essential, as a missed timing belt service on an interference engine of this age could result in catastrophic engine damage.