2010 Land Rover Discovery 3.0L Diesel · OV59 AZL

Persistent fluid seepage and progressive corrosion are the defining mechanical characteristics of this vehicle, as evidenced by the 2026-07-17 MOT pass which carries multiple recurring advisories. The recent inspection highlights a continuing pattern of oil leaks and power steering rack seepage that has been noted in consecutive years since 2024. Furthermore, the presence of corroded brake pipes, specifically on the nearside rear and offside rear, alongside general underside corrosion, indicates that the vehicle's structural and fluid-carrying components are subject to ongoing environmental degradation. With 188,583 miles recorded over its sixteen-year lifespan, the vehicle has averaged approximately 11,786 miles per year. This usage profile is consistent with typical annual mileage for a vehicle of this age, suggesting a steady rate of component wear rather than extreme high-speed motorway use or long periods of stationary neglect. Mechanically, this level of accumulation means that high-wear items such as suspension bushes, drivetrain couplings, and steering components have been subjected to regular, consistent stress, which is reflected in the recorded advisories for the central prop shaft flexible coupling and various steering and drive shaft components. A prospective buyer should focus heavily on the integrity of the hydraulic and lubrication systems. The recurring advisories for oil leaks and steering rack seepage necessitate a close inspection of the engine bay and undercarriage for active dripping or heavy residue. During a test drive, pay close attention to the steering feel; any heavy steering, notched movement, or audible whining from the power steering pump could indicate that the reported rack seepage is progressing toward a failure. Additionally, the reported corrosion on the brake pipes is a significant safety consideration that requires verification to ensure the metal is not thinning to a point of imminent rupture. The history of drive shaft and wheel bearing issues also warrants specific attention during physical inspection and road testing. The 2024 record noted a severely deteriorated nearside front inner drive shaft CV boot and slight play in the nearside rear wheel bearing. On the road, listen for rhythmic clicking sounds when turning the steering wheel, which may indicate CV joint wear, and feel for any wobbles or vibrations through the chassis or seat at varying speeds, which could stem from the previously noted wheel bearing play or prop shaft coupling deterioration. Finally, check the underside for the extent of the reported corrosion to ensure it is limited to surface areas and has not compromised the structural integrity of the subframes or mounting points.