2019 Land Rover Range Rover 2.0L Hybrid electric (clean) · GSZ 5

The odometer reading of 88,340 miles placed on the vehicle approximately seven years ago translates to roughly 12,620 miles per annum, a rate of consumption that exceeds typical expectations for a model of this age and raises important questions about whether the vehicle has been regularly driven or has experienced extended periods of idling. The MOT history spans nearly seven years of testing, beginning with a failed assessment in early January 2026 that uncovered multiple mechanical concerns including a damaged front lower suspension arm dust cover, thinning rear brake pads, and pitted rear inner brake discs, followed by a lengthy gap before another failure in February 2024 regarding the retractable side step mechanism and subsequent clean passes in 2025 and 2023. This pattern of recurring advisories across different subsystems—suspension, braking, and steering—suggests underlying wear patterns rather than isolated incidents, and their resolution prior to the most recent test indicates the vehicle required targeted interventions before reaching this point. The high mileage accumulation of approximately 12,620 miles per year places substantial stress on the vehicle's primary consumers, meaning suspension bushings, brake pads and discs, and the subframe have all endured significantly greater wear than would be expected at lower utilisation levels. The test schedule itself reveals irregular intervals between MOTs—from the February 2022 passing through a six-month wait until the February 2023 assessment, then a further six-month span until the January 2026 failure—before recovering to a clean result in early 2026. While the latest test on 2026-01-30 showed no new defects, the cumulative effect of eight years of driving at this pace means components such as the lower front suspension ball joint seals and rear brake assemblies have likely seen accelerated degradation, making close monitoring of these areas critical once ownership is assumed. The suspension arm ball joint dust cover failure identified in the January 2026 test warrants immediate inspection for signs of dirt ingress and potential play in the lower front suspension assembly, particularly when traversing uneven surfaces where debris could accumulate around the joint; listen for any knocking or clunking sounds over bumps and check for visible dirt buildup near the ball joint area. Brake-related advisories persist from multiple years back, with repeated notes about rear inner brake discs showing pitting or scoring and front brake discs being worn and pitted; these should be examined for pad thickness measurement, disc surface condition, and rotor warping to assess whether replacement is imminent or if the system requires reinforcement. Additionally, the retractable side step mechanism reported as non-operating in February 2024 remains unresolved and may need repair to ensure proper functionality during routine vehicle access, especially if the vehicle is frequently parked or accessed multiple times per week. The oil leak advisory noted in January 2023, while described as not excessive at the time, becomes more significant given the vehicle's total mileage and aging components, requiring verification that the source has been properly sealed and that the engine oil system remains free of persistent contamination. During a test drive, pay particular attention to handling over bumps—the absence of knocking noise from the lower suspension area would confirm the ball joint issue is addressed—and monitor brake response throughout each corner, watching for vibration or pulsation that might indicate ongoing disc or pad deterioration. If the retractable side steps continue to malfunction, consider whether they represent a straightforward repair or a sign of broader chassis issues that could affect overall vehicle stability. Overall, the car presents a mixed roadworthiness profile: it cleared its most recent MOT successfully, but the historical pattern of recurring warnings combined with high mileage indicates that proactive attention to the listed components will be necessary to maintain safe and reliable operation.