2015 Land Rover Discovery 3.0L Diesel · SS02 JOB

A pattern of intermittent wear-and-tear advisories defines this vehicle's roadworthiness history, with a recent return of defects after a period of clean certificates. While the vehicle passed its latest inspection on 13 August 2026, the record now flags thinning brake pads across both axles and damaged rear seat belt buckles. This follows a relatively stable mid-life record, though earlier tests in 2020 highlighted issues with suspension bushings and tyre wear, indicating that the vehicle is now entering a phase of increased consumable replacement. The recorded mileage of 151,783 miles is high for an eleven-year-old vehicle, averaging approximately 13,798 miles per year. Such high annual accumulation typically results in accelerated degradation of the drivetrain, steering linkages, and suspension components compared to lower-mileage examples. The consistency of the testing interval, despite a slight gap between 2020 and 2022, suggests the vehicle has been in continuous use, meaning the mechanical components have been subjected to sustained long-term operational stress. Attention must be paid to the braking system and interior safety fittings during a physical inspection. The current advisories for thin front and rear brake pads necessitate a check for any audible squealing or a soft pedal feel during braking. Furthermore, the damaged offside rear and central rear seat belt buckles should be manually tested to ensure they latch securely and do not stick, as these are flagged as defects. The historical record of worn front suspension arm pins and bushes suggests a need for a rigorous test drive to evaluate the current state of the front end. Listen for knocks, clunks, or vibrations when driving over uneven surfaces or during low-speed manoeuvring, as these can be symptoms of deteriorated suspension bushings. Given the high mileage, a thorough check for any steering play or instability at motorway speeds is also recommended to ensure the structural integrity of the steering and suspension geometry.