2016 Land Rover Range Rover Evoque 2.0L Diesel · RF66 DDY

The most recent MOT test on 2026-07-02 resulted in a clean pass, marking a return to full roadworthiness after a failure observed just over a year prior. This outcome, combined with the absence of defects in the preceding two MOTs, suggests a stable maintenance trend with no recent deterioration in the vehicle’s structural or mechanical integrity. However, the prior failure in 2025-06-26—particularly the major defect of a fractured front coil spring—indicates a critical structural component failure that should be addressed promptly. The recurring advisories on brake pad wear, while not failing the MOT, highlight persistent friction system degradation, warranting closer monitoring to prevent potential brake failure or reduced stopping efficiency. The vehicle’s mileage of 66,972 miles at the time of this assessment is consistent with its age, reflecting an average annual usage of around 6,697 miles, which is typical for a car of this size and class. This level of usage is unlikely to have caused excessive wear beyond what is expected for a 10-year-old model, though the combination of moderate mileage and extended periods of inactivity could contribute to minor issues such as standing corrosion or fluid degradation. The absence of significant mileage spikes or rapid accumulation suggests the vehicle has been driven regularly but not subjected to extreme wear from high-mileage activity, such as heavy towing or aggressive driving. Given the recent MOT history and the presence of critical defects from the 2025 failure, the buyer should prioritise an immediate inspection of the front suspension system, particularly the coil springs and associated mounts. The fractured spring indicates a potential weakness in the vehicle’s structural integrity, which could lead to further damage if not repaired. During a test drive, listen for unusual clunking or rattling noises from the front suspension, especially when navigating bumps or corners, as these may signal loose or damaged components. Additionally, inspect the front wheels for uneven tyre wear patterns, which could correlate with misalignment or suspension issues stemming from the spring failure. For the brake system, the advisories on thin brake pads suggest ongoing friction material consumption, which should be addressed before the pads reach the minimum legal thickness. Inspect the brake discs for signs of glazing, warping, or excessive corrosion, particularly on the offside front disc, which may indicate binding or reduced braking performance. Test the braking action for any shuddering or pulsation, which could signal warped discs or warped rotors, and check for a soft or spongy pedal feel, which may indicate air in the brake lines or failing brake booster function. The buyer should also verify that the brake fluid level is within specification and that there are no visible leaks around the brake calipers or master cylinder. Finally, given the vehicle’s age and the potential for standing corrosion, particularly in the wheel arches and undercarriage, a thorough visual inspection for rust and a check of the 12V battery health—including testing its charge capacity—are essential. If the battery is more than five years old, consider replacing it to prevent failure during cold weather, which could compromise electrical systems and accessories.