2015 Land Rover Discovery 3.0L Diesel · WV65 AAZ

A pattern of chronic front suspension wear defines the mechanical story of this 2015 Land Rover Discovery, with the front lower suspension arm pins and bushes flagged on every test where observations were recorded. At the 2025 test these components were noted as advisories showing wear without failure, but by January 2026 the same near-side and off-side front lower arm pins and bushes had deteriorated to Major defect status, resulting in a fail. That same inspection also identified a split near-side front inner drive shaft CV boot allowing ingress of dirt and a slight ball joint play advisory on the off-side front arm, indicating that the deterioration progressed rather than resolved. A separate failure in October 2023 on the prop shaft flexible coupling points to further drivetrain wear, while the 2022 pass recorded brake pads wearing thin at both rear corners and a worn anti-roll bar ball joint. With four tests showing front suspension, steering, or anti-roll bar component concerns, this is a vehicle with a documented and worsening trend in those areas. Recorded mileage of 295,285 miles over eleven years equates to roughly 26,800 miles annually, which is substantially above typical usage and consistent with sustained high-mileage accumulation throughout the vehicle's life. Six MOT entries are visible, with tests clustered in 2021, 2022, and 2023 followed by two in early 2026, suggesting fairly regular presentation rather than any extended off-road period. The absence of a 2024 test entry combined with the two tests recorded in January 2026 is unusual, but the mileage context alone indicates that wear items such as bushes, joints, dampers, and driveline flexible couplings would be expected to demand attention. High annual mileage of this magnitude typically accelerates fatigue in rubber components, steering and suspension linkages, and drivetrain couplings, which aligns with the specific parts flagged across the record. For a prospective buyer, the priority on inspection should be the front suspension and steering assembly, given that the same near-side and off-side lower arm pin or bush wear was first advised in 2025 and then failed outright in January 2026. Both arms should be checked for perished or split rubber, and any evidence of fresh replacement alongside the original worn parts would be material. On a test drive, listen for clonking or knocking from the front end over speed humps, uneven road surfaces, or when turning into kerbs, as this typically indicates worn bushes or ball joints. Steering should be assessed for vagueness, juddering through the wheel, or any knocking felt through the rack, which would correspond to the inner steering joint play noted on both sides in 2025. The condition of the front inner CV boots on both sides warrants a visual inspection for fresh grease or splits, particularly on the near-side which was recorded as failed, and any whining or clicking from the front drivetrain when turning on full lock would suggest CV joint contamination. Further checks should include the prop shaft flexible coupling that failed in 2023, listening at idle and through the gear range for any cyclical clunking, vibration through the floor, or shunt on take-off that would indicate renewed deterioration of that coupling or related guibo. The rear brake pads should be measured for thickness, as they were thinning in 2022 and given high mileage are likely to be approaching replacement again. Underneath the vehicle, attention should focus on the subframe mounting points, anti-roll bar drop links and ball joints, and any signs of corrosion around suspension fastenings, particularly as Land Rover products of this era are known for subframe and mounting rust. Finally, inspect all tyres carefully for nails or slow punctures as one was recorded in 2025, verify the registration plate lamps function, and confirm the fuel cap seals correctly and the tyre pressure monitoring system light extinguishes after re-inflation, as both were flagged in 2021.