2016 Land Rover Range Rover Evoque 2.0L Diesel · LL16 ONS

Structural integrity concerns define the recent history of this vehicle, specifically a major failure on 10 June 2026 due to a seriously weakened and corroded offside front sub-frame. While this was rectified to allow a pass on 11 June 2026, the presence of significant corrosion on a primary structural component is a critical point of evaluation. This follows a broader pattern of intermittent failures, including a dangerous failure in July 2022 regarding front tyre tread depths, suggesting a history of reactive rather than preventative attention to roadworthiness. The recorded mileage of 93,577 miles is typical for a ten year old vehicle, averaging approximately 9,358 miles per year. This level of usage indicates a consistent application of wear across the drivetrain, suspension bushings, and braking system. At this mileage interval, components such as coil springs and suspension linkages are more susceptible to fatigue, which often coincides with the onset of corrosion in exposed underbody areas. Particular attention must be paid to the quality of the sub-frame repair. A prospective buyer should request evidence of how the corrosion was addressed, whether through welding or component replacement, as superficial repairs may not restore full structural integrity. During a test drive, listen for any unusual knocks, clunks, or vibrations emanating from the front end when traversing uneven surfaces or during sharp steering inputs, as these can indicate remaining instability or worn suspension mounts. The tyre history reveals a recurring issue with tread depth and rubber degradation, with dangerous failures and advisories noted in 2022, 2023, and 2025. Inspect the current tyres for uneven wear patterns, which could point to misalignment or worn suspension bushes. Additionally, check the windscreen for the chip noted in the June 2026 test, as this remains a minor defect that may require professional repair to prevent the crack from spreading across the driver's field of vision.