2013 Land Rover Range Rover 3.0L Diesel · OV63 OKM

The defining mechanical narrative for this thirteen-year-old Range Rover centres on emerging wear within the front suspension geometry, evidenced at the most recent examination on 9 July 2026 when the vehicle passed with advisories on both the nearside and offside lower bent-shaped arms. Specifically, the inner bushes on both sides were flagged as worn though not yet resulting in excessive movement, alongside a minor deterioration of the nearside front lower arm outer ball joint dust cover. The prior three tests had been either clean passes or, in the case of July 2025, a single failure relating to an airbag or SRS warning lamp fault that was rectified and passed through three days later. The pattern suggests a chassis now entering a phase where rubber and protective elements are showing their age, but where no structural or safety-critical items have yet progressed beyond advisory thresholds. With 84,014 miles accumulated over roughly thirteen years, the annual rate of approximately 6,463 miles is broadly consistent with average use for a luxury SUV of this vintage. There are no significant gaps in the annual testing cadence that would suggest extended periods off the road, nor any sudden spikes in mileage between tests that might indicate clocked or inconsistently recorded readings. This steady accumulation means consumables such as brake discs, pads, tyres and filters will have been replaced on a fairly conventional schedule, while more heavily loaded components like the air suspension struts, compressor and valve block, together with the transfer box and driveline mounts, will have experienced a moderate but not extreme working life. For a Range Rover of this generation, the recorded mileage is sufficient for age-related rubber degradation and electrical faults to surface but not so high as to imply major drivetrain wear. For a prospective buyer, the priority on inspection should be the front suspension, particularly the lower bent-shaped arms and their inner bushes. On a test drive, listen for clonking or knocking noises from the front end over uneven surfaces, particularly when turning into kerbs or traversing speed bumps, and feel for any vagueness or delay in steering response that might indicate the bushes have progressed beyond the advisory stage since the July 2026 test. The deteriorated nearside outer ball joint dust cover should also prompt a close examination of the joint itself for any play when the wheel is rocked by hand, and a check for grease contamination on the surrounding components. Given that these advisories were noted simultaneously on both sides, it is worth budgeting for a pair of lower arms as a likely near-term maintenance item. Beyond the suspension, attention should be paid to the supplementary restraint system given the failure recorded in July 2025. Although the vehicle subsequently passed, intermittent airbag warning faults are common on vehicles of this age due to wiring under the front seats, clock spring degradation in the steering column, or corroded connectors in the seatbelt pretensioner circuits. A buyer should verify that no warning lamps are currently illuminated and consider a diagnostic scan specifically of the SRS system before purchase. Additionally, although the MOT record shows no advisories for corrosion, the underside of any Range Rover of this vintage warrants close scrutiny for rust on the rear subframe mounting points, brake pipe unions and the exhaust hangers, as these are typical failure points that may not yet have been flagged but could be approaching the advisory threshold given the mileage and age.