2016 Nissan Navara 2.3L Diesel · T77 BAM

A clean August 2026 pass with no advisories recorded continues a broadly stable roadworthiness picture for this 2016 Nissan Navara, although the earlier 2025 failure shows the vehicle is not without fault. Across seven recorded MOT tests between 2022 and 2026, there are two failures: a minor presenter-category washer fluid issue in September 2023 and a more substantive failure two days after the August 2025 pass attempt, which flagged an inoperative or malfunction-indicating engine management lamp (MIL) alongside an excessively corroded offside rear towbar component. The fact that the MIL indicator fault was raised as a major defect warrants particular attention, as it signifies the engine management system had registered an emission or sensor-related fault that the driver should have been alerted to via the dashboard warning. The towbar corrosion is a structural and safety concern on a commercial-orientated pickup, where tow hitches are routinely exposed to road salt and load stresses, and excessive corrosion at the mounting points can compromise towing integrity. Since the vehicle subsequently passed just two days later, the MIL issue was likely resolved through component repair, sensor replacement, or fault code clearing, but its origin remains a relevant mechanical question for any prospective buyer. With 112,667 miles accumulated over approximately a decade of use, the Navara averages around 11,267 miles annually, which sits broadly in line with expectations for a working pickup of this age. There are no extended gaps in the testing record and no periods of obvious lay-up, suggesting the vehicle has remained in regular service rather than being stored for prolonged intervals. At this mileage, the mechanical focus shifts towards high-wear consumables and drivetrain longevity: clutch wear, dual-mass flywheel fatigue (where applicable), turbocharger condition on the diesel powerplant, and the broader health of the timing chain and injectors. Routine items such as brake discs, pads, suspension bushes and coil springs will have undergone multiple replacement cycles already, and the rear leaf spring assemblies and shock absorbers on the load bed are particularly susceptible to wear on a vehicle likely to have carried payload or towed during its working life. Given the towbar corrosion flagged in 2025, a prospective buyer should physically inspect the offside rear towbar mounting for residual rust, flaking, or compromised weld integrity, and check whether the component was repaired, replaced, or simply cleaned and treated to gain the subsequent pass. On a test drive, the engine MIL fault should inform a targeted approach: monitor the dashboard for any re-illumination of the engine management lamp, particularly after the vehicle reaches operating temperature, and listen for any irregular idle, hesitation under acceleration, or excessive exhaust smoke that could indicate a persistent sensor, DPF, or fuelling issue. Pay attention to clutch bite point sharpness and any juddering or rattling from the bell housing at low speed, which can betray dual-mass flywheel wear, and feel for clutch slip under load in higher gears. Brake pedal feel should be firm and progressive, with no sponginess or pulling to either side that might indicate binding calipers or worn hydraulic components, and the handbrake should hold securely on an incline given the load-carrying duties this vehicle has likely performed. Suspension and underbody condition is a final priority given the working-class provenance of this Navara and the towbar corrosion already documented. During the test drive, listen for clonking or knocking noises from the front suspension over speed humps and uneven surfaces, which would point to worn control arm bushes, ball joints, or anti-roll bar links, and check for any rear instability or excessive bouncing that could indicate tired leaf spring bushes or weakened shock absorbers. The steering should feel precise without excessive free play or vibration through the wheel, which can indicate track rod wear or balancing issues caused by uneven tyre wear. Beneath the vehicle, inspect the chassis rails, rear crossmember, and around the towbar area for any bubbling paint or visible corrosion, as structural rust on a ten-year-old working pickup can advance rapidly, particularly around mounting points and load-bearing sections. Confirming that the MIL fault has been permanently resolved and ensuring no fresh corrosion has emerged since the August 2025 advisories remain the two most important verification steps before committing to purchase.