2014 Land Rover Range Rover 5.0L Petrol · 1 MXJ

The maintenance trend for this Range Rover is worsening, culminating in several corrosion and mechanical advisories at the most recent test on 2 March 2026 at 95,655 miles. The tester flagged corrosion on both nearside and offside rear brake pipes, which were covered in grease, alongside rear brake pads wearing thin. A severely deteriorated offside front lower suspension arm ball joint dust cover and a rear differential leak also appeared. While the vehicle remains roadworthy, these defects indicate a decline in underbody condition and routine fluid containment that demands immediate attention. Covering 95,655 miles over twelve years equates to roughly 7,971 miles annually, a typical figure for a vehicle of this age that likely saw lighter use or extended periods standing. The mileage progression shows a steady accumulation, with 60,343 miles recorded in March 2020 and 79,316 miles by August 2022, before slowing slightly to 89,771 miles in November 2023. This lower annual mileage often correlates with short-trip driving, which can accelerate moisture-related corrosion in brake components and exhaust systems, a pattern reflected in the recent MOT findings. A prospective buyer must thoroughly inspect the underbody and drivetrain before purchase. The rear differential leak requires immediate diagnosis to determine whether the output shaft seal or pinion seal has failed, as low fluid levels will rapidly destroy the unit. The corroded rear brake pipes covered in grease suggest a historical attempt to mask deterioration rather than rectify it; a pressurized brake system test is essential to verify line integrity. Suspension components also warrant close scrutiny, given the recurring ball joint dust cover splits across multiple tests. Split covers allow contaminant ingress, accelerating joint wear and potentially leading to detachment. Finally, check the condition of the rear brake discs and pads, as the advisory indicates they are nearing replacement, and verify the structural integrity of the suspension arms where corrosion typically takes hold.