2012 Land Rover Range Rover 4.4L Diesel · 1 KGC

A defining mechanical concern in this Range Rover's history is the emergence of front suspension wear at the nearside, which escalated from an advisory-free record to a major failure at the 2026-04-12 test before being rectified and the vehicle passing the very next day on 2026-04-13. The two defects cited, an excessively worn front arm ball joint and a worn rear arm pin or bush, point to age-related degradation of the front suspension linkages, a known weakness on T5-platform Range Rovers that carry substantial unsprung weight through the front axle. Alongside this, the same test flagged chronic advisories that have reappeared across recent records: an offside front tyre with a nail, a corroded offside rear brake pipe coated in grease or other material, and a non-excessive oil leak. The grease coating on the brake pipe is particularly notable as it suggests an attempt to conceal or slow surface corrosion, which on a fourteen-year-old vehicle can mask underlying perforation of the pipe wall. While the vehicle has passed its latest assessment, the clustering of suspension, brake hydraulic, and engine sealing concerns at the same inspection indicates a pattern of wear that warrants close attention. Annual mileage accumulation for this Range Rover stands at approximately 8,433 miles per year over its fourteen-year life, which is broadly typical for a large luxury SUV of this era and suggests the vehicle has been in regular, consistent use rather than subjected to either extreme low-mileage storage or punishing high-mileage abuse. The MOT history shows a reasonable cadence of annual testing without any multi-year lay-up gaps, which is beneficial as prolonged standing of these vehicles commonly accelerates corrosion of brake components, drying of suspension bushes, and moisture accumulation within the engine and transmission assemblies. The 2023-01-12 pass with no recorded defects demonstrates that the vehicle has been capable of achieving a clean roadworthiness outcome in the recent past, indicating that the issues surfacing in 2026 are likely the result of progressive component degradation rather than any long-standing neglect. The mileage progression between tests is consistent and does not raise concerns about clocked readings or unusual usage patterns. For a prospective buyer, the front suspension components should be the primary focus of any physical inspection, given that both the front arm ball joint and rear arm pin or bush were recently replaced. On a test drive, listen for clonking or knocking noises from the front suspension when traversing speed bumps or uneven surfaces, and feel for any vagueness or looseness through the steering, particularly over mid-corner bumps where worn linkages can allow the front wheels to momentarily lose camber. Inspect the nearside front suspension arms closely for any signs of fresh or non-OEM components and verify that the replacement parts used were of equivalent quality, as cheaper aftermarket bushes and ball joints on a vehicle of this weight tend to wear prematurely. With the rear brake discs noted as worn and pitted on the 2024-10-16 test, expect that resurfacing or replacement may now be imminent, so feel for any brake pedal judder under firm application and listen for scraping or grinding from the rear axle. The corroded offside rear brake pipe is a component that demands close visual scrutiny, particularly at unions, mounting clips, and sections routed along the underbody, as surface corrosion concealed by grease can rapidly progress to perforation. On a test drive, press the brake pedal firmly several times in quick succession and check for a soft or spongy feel, which would indicate air ingress or fluid weeping from a compromised pipe. The non-excessive oil leak flagged at the most recent test should be monitored by inspecting the undertray and engine block for fresh residue, and any signs of oil reaching the exhaust manifold would warrant prompt attention due to fire risk. Finally, the damaged windscreen noted as a minor item should be examined to confirm the damage remains outside the driver's primary line of sight and has not been permitted to spread, as T5 Range Rover screens are prone to crack propagation under chassis flex.