2008 Nissan Navara 2.5L Diesel · AX08 HGF

A pattern of front-end steering wear and emerging drivetrain issues defines the mechanical story of this 2008 Nissan Navara, with the most recent test on 19 December 2025 passing alongside a trio of recorded concerns. The recurring advisory for slight play in the nearside front track rod end ball joint, noted in both December 2025 and December 2024, suggests persistent wear in the steering linkage that has not yet progressed to a failure-level defect but warrants close attention to progression. The December 2025 test also introduced a new advisory for an oil leak described as not excessive, alongside a minor defect for a severely deteriorated nearside front propshaft CV boot, indicating fresh deterioration in the drivetrain. Earlier history in November 2022 revealed a more serious event when the vehicle failed on ABS-related defects, including an illuminated warning lamp and excessively damaged nearside front ABS wiring, though subsequent tests in 2023 and 2024 passed without recording those issues, suggesting the fault was rectified. The combined picture is one of a working vehicle with chronic, low-level steering component wear and intermittent electrical or sensor concerns rather than a clean bill of health. With 145,245 miles recorded over approximately 18 years, this Navara has averaged around 8,069 miles per year, a broadly typical rate for its age and consistent with regular commercial or utility use. There are no extended gaps in the MOT testing history that would suggest prolonged periods off the road, and the mileage progression between tests appears steady rather than showing sudden spikes or unusually low accumulation. This kind of consistent, moderate usage pattern is generally favourable in mechanical terms, as it indicates the drivetrain, suspension, and braking components have been kept in regular operation rather than suffering the corrosion and seal degradation often associated with long lay-ups. At this mileage, however, consumables such as brakes, bushes, dampers, and various joint assemblies will have experienced significant cumulative wear, even if individual components have not yet reached end-of-life. For a prospective buyer, the steering components flagged in successive advisories should be the priority focus during physical inspection and test drive. The persistent play in the nearside front track rod end ball joint, recorded in both 2024 and 2025, should be evaluated by rocking the wheel with the front jacked or by listening for clonking noises over uneven surfaces, as well as checking for uneven tyre wear on the nearside front, which is a classic symptom of failing steering linkage. The recent advisory for an oil leak, while not classed as excessive, should prompt a thorough under-bonnet inspection for the source, with particular attention to engine seals, gaskets, and the sump area, as well as a check for oil residue on the underside of the engine and gearbox. Given the propshaft CV boot deterioration flagged as a minor defect in December 2025, it is essential to inspect the nearside front propshaft joint for split boot material and to listen for any clicking or vibration under load, particularly during four-wheel-drive engagement if applicable. The 2022 ABS failure also deserves targeted verification, as electrical faults of that nature can recur if the underlying wiring repair was not carried out to a durable standard. During the test drive, the ABS warning lamp should be confirmed off at ignition and remain off throughout driving, including over varied road surfaces, and any intermittent illumination or traction control warning would indicate the fault has returned. The rear wheel bearing advisories from 2022, recorded on both sides with slight play, should also be rechecked, as worn rear wheel bearings typically present as a humming or droning noise that changes with vehicle speed and may intensify during cornering. A thorough road test should include a section of dual-carriageway or motorway driving to expose any droning or vibration, as well as low-speed manoeuvres to detect clonks from the front suspension and a firm brake application to confirm straight-line stability without pulling, which together will reveal whether the accumulated advisories represent a vehicle still in sound working order or one approaching the point where significant steering and braking expenditure will be required.