2012 Land Rover Range Rover 4.4L Diesel · FE12 GYU

Suspension wear and structural component degradation dominate the recent test history of this 2012 Land Rover Range Rover, culminating in a test failure in May 2026 before a subsequent pass later that same month. The initial May 2026 examination recorded major failures due to excessively worn lower suspension arm pins and bushes on both the nearside and offside axles, alongside minor defects noting severely deteriorated dust covers on the offside front anti-roll bar linkage. Although rectification work permitted a pass two weeks later, the retest still carried a lingering minor advisory regarding the deteriorated anti-roll bar linkage ball joint dust cover, indicating that front-end articulation points are currently operating near or at their service limits. Accumulating 100,180 miles across its roughly fourteen-year lifespan yields an average annual mileage of approximately 7,156 miles, representing a typical utilization rate for a large luxury four-wheel-drive vehicle. This moderate mileage pace does not suggest prolonged periods of inactivity, meaning seals, joints, and heavy-duty drivetrain components have experienced regular operational thermal cycles rather than the specific risks associated with long-term storage. However, the sheer mass of this vehicle places heavy physical demands on its underpinnings, which directly correlates with the rubber bush degradation and joint wear highlighted during recent inspections. Prospective buyers should prioritize a rigorous physical inspection of the front axle assembly, specifically targeting the lower control arms, wishbone bushes, and anti-roll bar drop links that triggered the recent MOT failures and advisories. During a static inspection, check for uneven front tyre wear patterns that would confirm active alignment issues caused by pliable or degraded suspension bushes. On a dynamic test drive, listen carefully for sharp knocks, clunks, or metallic rattles when negotiating potholes, speed bumps, or uneven tarmac, and pay close attention to any wander or vagueness in the steering self-centering action. Given the complex multi-link architecture and air suspension setup typical of this model, any unresolved play in the lower arm pins will accelerate wear across adjacent steering joints and lead to compromised high-speed stability. Verify that the vehicle maintains a level ride height across all corners and transitions smoothly through its suspension height settings without hesitation or warning lights on the dashboard. Inspect the inner wheel arches and subframe mounting points for any secondary corrosion or fluid weeping from nearby hydraulic or steering components to ensure the chassis remains structurally sound beyond the items noted in the statutory test logs.