2013 Land Rover Range Rover 4.4L Diesel · RE13 AAZ

The defining feature of this Range Rover's MOT history is a long unbroken run of pass results, but the emergence of clustered corrosion-related advisories on the most recent test deserves close attention. Across seven recorded tests, the vehicle has never failed, and the 2022 through 2025 entries are completely free of advisory items, demonstrating a period of stable roadworthiness. However, the 2026 examination recorded three advisories in one visit: slight corrosion to the ferrules on both front and rear brake hoses and corrosion to the suspension air suspension (ace) fluid pipes. When a vehicle of this age and type presents multiple ferrous corrosion advisories simultaneously, it typically signals the early stage of a wider oxidation pattern that warrants a hands-on inspection rather than just a paperwork review. Recorded mileage stands at 97,911 miles over roughly thirteen years, equating to approximately 7,500 miles annually, which sits broadly in line with typical UK usage. The mileage progression between tests is steady, with no extended gaps in testing history or sudden unexplained jumps that would suggest a disrupted odometer reading or prolonged off-road period. For a vehicle of this weight class and complexity, the accumulated mileage places the powertrain, air suspension compressor, transfer box, and dynamic response components into a band where wear-related deterioration becomes statistically more likely. The average annual figure does not raise immediate red flags, but it does mean the chassis and underbody have had meaningful exposure to road salt and moisture, which is consistent with the corrosion advisories now appearing. A prospective buyer should treat the brake hose and air suspension pipe advisories as the starting point for a physical inspection. The brake hose ferrules sit where the flexible hose meets the rigid metal line, and corrosion here can eventually compromise the hydraulic seal. On a test drive, listen for any sponginess or excessive travel in the brake pedal, particularly after the vehicle has been driven hard and the brakes are hot. Both front and rear hoses should be visually examined for live rust, swelling under pressure, or any surface bubbling, paying particular attention to the unions rather than just the flexible rubber section. Replacement of both front and rear hoses is a relatively involved job on this platform, so obtaining a labour-inclusive quotation before purchase is advisable. The advisory on the suspension air supply fluid pipes indicates corrosion on the pneumatic or hydraulic lines associated with the active suspension system, a known vulnerability on this generation of Range Rover. On a test drive, the buyer should listen for the compressor running excessively after the engine is switched off, observe whether the vehicle settles unevenly when parked overnight, and pay attention to any warning messages on the instrument cluster relating to suspension height or fault. The system should raise and lower smoothly through all ride height settings, and any hesitation, clunking from the valve block, or warning chimes would suggest the corrosion has progressed beyond a purely cosmetic stage. It is also prudent to inspect the wheel arches, subframe mounting points, and exhaust hangers for the early stages of similar ferrous oxidation, as the pattern observed at test may be indicative of broader underbody deterioration not yet severe enough to record as an advisory.