2007 Nissan Navara 2.5L Diesel · HA07 NOB

A chronic rear propshaft joint wear advisory, currently flagged as minor but progressively tracked across recent testing, defines the mechanical trajectory of this nineteen-year-old Nissan Navara. The vehicle passed its most recent MOT on 26 August 2026 with the propshaft rear joint noted as worn but not yet at failure threshold, a condition that has now been logged consistently enough to warrant close mechanical scrutiny by any prospective buyer. Apart from this recurring advisory, the vehicle presents a generally clean roadworthiness profile, having passed tests in 2024 and 2023 without any recorded defects and again in September 2025 with no advisories following a swift post-failure retest the day prior. The only failure on record relates solely to the offside rear fog lamp, which was either not illuminating or being incorrectly affected by the reverse light operation, a wiring or bulb seating issue rather than a structural or mechanical concern. Overall, the trend is stable with one localised electrical rectification and an emerging driveline advisory that has not yet compromised test certification. At 77,967 miles across roughly nineteen years on the road, this Navara has accumulated approximately 4,100 miles annually, a figure that is notably low for a working-orientated utility vehicle of this era. Such restrained usage is consistent with light-duty private use rather than the heavy load carrying, towing, or off-road operation typically associated with Navara commercials. Lower annual mileage generally reduces wear on major drivetrain components such as the clutch, gearbox synchros, and turbocharger bearings, while also slowing the natural degradation of brake discs through fewer thermal cycles. However, vehicles that cover limited mileage are more susceptible to moisture-related corrosion in less-used areas, seizing of static components such as handbrake mechanisms, and drying or cracking of rubber seals, all of which merit physical inspection irrespective of the clean MOT paper trail. Given the recurring rear propshaft universal joint advisory, a careful buyer should conduct a thorough test drive paying specific attention to driveline behaviour. Listen for any rotational clonking, shuddering under acceleration, or metallic clicking from beneath the floor pan, particularly when transitioning between drive and overrun or when starting off from a standstill in first or reverse gear. Vibrations transmitted through the floor or seat base at cruising speed, especially around 40 to 50 mph, are a classic indicator of an exhausted propshaft joint nearing replacement. Visually inspect the rear joint area for grease loss, rust streaking around the bearing cups, or excessive play when the shaft is rotated by hand, and check the centre bearing for deterioration as Navara propshafts of this vintage commonly require balancing or joint replacement in the 70,000 to 90,000 mile bracket. The relatively low overall mileage suggests that, unless the propshaft has suffered from infrequent lubrication cycles or water ingress during off-road use, the joint may simply be age-related fatigue of the needle bearings. Beyond the propshaft, the test drive should include firm pedal application to assess brake feel, looking for any pulling to one side, sponginess in the pedal, or binding that might indicate seized caliper slide pins, a common issue on vehicles that see limited use. With the offside rear fog lamp having recently failed and required rectification, verify that the lamp now functions independently and that the reverse light is not simultaneously extinguishing or overpowering it, which could point to a lingering earth or wiring fault at the rear lamp cluster. Inspect the underside for any surface corrosion typical of a nineteen-year-old vehicle, paying particular attention to the subframe mounts, brake pipe runs along the chassis, and the fuel tank straps, even though none of these areas have yet attracted advisory attention. Finally, check for any signs of exhaust blowing at the joints and ensure the handbrake holds effectively on an incline, as low-mileage vehicles frequently suffer from rear brake shoe seizure or handbrake cable corrosion that an MOT cannot fully detect without the wheels removed.