2011 Land Rover Range Rover 4.4L Diesel · H334 DRO

This Land Rover Range Rover has demonstrated a consistent roadworthiness record over the past five MOT cycles, all passing without defects or advisories. The most recent test on 2026-02-09, at 169,049 miles, confirms no mechanical or structural issues were detected, aligning with the prior four consecutive passes. While the absence of advisories suggests the vehicle has not undergone repeated failures for the same component, the lack of any recorded faults also means there is no historical data to assess gradual wear patterns such as suspension bush degradation, coil spring fatigue, or binding brake calipers—common concerns for this model age. The stability of the MOT history implies that, at minimum, the vehicle has not been driven with overtly neglected maintenance, but it does not preclude hidden wear or deferred repairs. The mileage progression of approximately 11,270 miles annually is typical for a vehicle of this age and usage profile. There are no significant gaps in the MOT cycle dates, with tests conducted within the required 12-month intervals, and no abrupt spikes or drops in mileage between tests. The steady accumulation suggests regular use rather than prolonged storage, which could have exacerbated issues like fluid degradation or corrosion. However, the recorded mileage alone does not reveal whether maintenance intervals for critical systems—such as differential fluid changes, timing belt (if applicable), or air suspension servicing—have been adhered to. Without service records, the long-term health of the drivetrain and suspension remains unverified. Given the absence of MOT advisories or defects, a buyer should prioritise an independent inspection of the suspension components, particularly the coil springs and bushes, for signs of uneven wear or corrosion. The brakes, including caliper binding and disc thickness, should be checked for consistent performance, as the lack of recorded faults does not guarantee they have not degraded silently. Structural integrity, especially around the wheel arches and sills, warrants scrutiny for rust penetration, which can compromise the body’s load-bearing capacity. Additionally, the exhaust system should be examined for leaks or excessive corrosion, as this is a common failure point in older Land Rovers. Fluid levels and condition—brakes, power steering, differential, and engine oil—must also be verified, as their degradation could lead to sudden component failure.