2016 Land Rover Discovery 3.0L Diesel · AK16 FTD

Recurring issues with suspension component wear and braking system degradation define the mechanical profile of this Land Rover Discovery. The most recent test on 09 April 2026 resulted in a pass, but it carried advisories for worn pins or bushes on both the nearside and offside front lower suspension arms. This follows a pattern of persistent suspension advisories dating back to at least 2023, indicating that while the components have not yet reached a point of failure, the rubber bushings are experiencing progressive deterioration. Additionally, the vehicle's history shows a period of instability in 2025, where a failure was recorded due to a dangerous defect regarding insufficient brake pad thickness on the offside front, followed by advisories for worn rear brake pads and pitted rear discs. The vehicle has covered 87,918 miles over approximately ten years, which equates to an average annual usage of roughly 8,792 miles. This mileage accumulation is consistent with typical domestic use for a vehicle of this age. Mechanically, this level of usage suggests that components subject to regular friction and movement, such as suspension linkages, braking surfaces, and tyres, are reaching the expected stages of wear. The steady mileage prevents the complications associated with long-term stationary periods, such as seized components or fluid degradation from lack of circulation, but it does mean that wear-and-tear items are actively entering their replacement cycles. A prospective buyer should pay close attention to the suspension system during a test drive. Given the repeated advisories for worn lower suspension arm pins and bushes, listen for any knocking, clunking, or creaking noises when driving over uneven surfaces or speed bumps. Any perceptible wandering in the steering or a lack of precision in directional changes could indicate that the bush wear has progressed beyond the advisory stage. It is also necessary to inspect the condition of the front and rear suspension arms to ensure the wear is not accompanied by more significant structural issues. The braking system requires careful scrutiny due to the history of thin pads, pitted discs, and a previous dangerous failure. During a test drive, check for any pulsation or judder through the brake pedal, which can indicate warped or unevenly worn discs, and listen for any grinding noises that might suggest metal-on-metal contact from depleted pads. The presence of pitted or scored rear discs, as noted in the 2025 record, suggests that the braking surfaces may not be perfectly smooth, which can affect stopping performance. Finally, ensure the tyre tread is sufficient across the entire width of the tyre, as previous records have flagged edge wear and cuts reaching the cords.