2016 Land Rover Range Rover Evoque 2.0L Diesel · HJ66 OGH

Structural corrosion of the front sub-frame represents the primary mechanical concern for this vehicle, having led to a major failure in February 2026 due to perforated and holed metal on the nearside. While the vehicle subsequently passed its test on 20 February 2026, the record indicates a shift from several years of clean certificates to more significant structural and exhaust issues. The current roadworthiness status is contingent on the quality of the sub-frame repair, with a remaining advisory regarding a deteriorated exhaust flexible joint. An accumulated mileage of 73,882 miles over approximately ten years reflects a consistent usage pattern of roughly 7,388 miles per annum. This level of use is typical for the vehicle's age, suggesting a steady rate of wear on drivetrain components and suspension bushings. There are no significant gaps in the testing history or sudden spikes in mileage that would indicate periods of prolonged stagnation or excessive heavy-duty use. Particular attention must be paid to the front sub-frame during a physical inspection to determine if the corrosion was addressed via a full component replacement or localized welding. Given the severity of the previous failure, any remaining surface rust in the chassis area should be scrutinized. During the test drive, listen for an increase in exhaust noise or a rasping sound under acceleration, which would indicate that the deteriorated flexible joint is nearing total failure. The historical record of pitted and scored brake discs and thin pads between 2020 and 2021 suggests a period of brake system degradation. Although these were not flagged in the most recent tests, a test drive should focus on detecting any steering pull or pedal judder that could indicate uneven disc wear or caliper binding. Additionally, the operation of the offside rear door should be checked to ensure the previously noted stiff latch has been rectified and the door secures properly.