2010 Jaguar XF 3.0L Diesel · BF60 DGE

A mixed record of compliance defines this 2010 Jaguar XF, evidenced by multiple test failures interspersed with clean passes over its recent monitoring history, culminating in a pass on 2025-09-17 after an initial failure for a non-conforming rear registration plate. While the vehicle has managed consecutive clean passes in late 2024 and late 2025, earlier annual assessments reveal a recurring pattern of mechanical and electrical defects that require careful scrutiny. Failures and advisories logged between 2021 and 2023 point to issues ranging from missing fuel caps and split suspension dust covers to lighting faults, tyre degradation, and structural under-tray concealment, showing that the car has experienced notable maintenance interventions rather than a purely pristine history of roadworthiness. Accumulating 111,187 miles over its sixteen-year lifespan yields an average of roughly 6,949 miles per year, representing typical, moderate usage for an executive saloon of this era. This steady accumulation pattern indicates that the vehicle has been in regular operation without extended periods of inactivity or severe high-mileage commercial deployment. Mechanically, this usage rate means that while the powertrain has not been subjected to extreme stress, standard age-related wear will have naturally accumulated across high-stress items such as heavy chassis mountings, suspension bushes, and ancillary engine components due to the sheer passage of time and operational cycles. Targeted inspection of the suspension and steering is essential during a physical evaluation, given that an offside rear outer suspension rod ball joint dust cover was previously flagged as split, alongside a slightly distorted nearside front road wheel and a discoloured indicator lens noted in 2023. On a test drive, prospective buyers should listen closely for any clunks, knocks, or metallic rattles originating from the rear suspension over rough surfaces or speed bumps, which would indicate worn ball joints or degraded control arm bushes. Additionally, drivers should check the steering wheel for any persistent pull or vibration at speed that could stem from the previously recorded wheel distortion or uneven tyre wear patterns noted in earlier testing cycles. Given the historical presence of undertrays obscuring structural and mechanical components during the 2022 test, a ramp inspection is highly recommended to fully evaluate the condition of hidden brake lines, fuel routing, and subframe mountings. Buyers should also verify that all exterior lighting functions correctly, paying particular attention to the rear fog lamps and headlamp aim adjustment which caused a test failure in 2021, and inspect the condition of all current tyres for sidewall cracking given the historical advisory notes regarding perishing rubber across multiple corners of the vehicle.