2012 Nissan Juke 1.5L Diesel · PF12 UBD

This 2012 Nissan Juke presents a mechanical story dominated by a progressive pattern of corrosion and underbody wear, accompanied by two serious brake-related dangerous defects that warrant close attention from any prospective buyer. The most recent recorded activity on 5 November 2025 captures both an MOT pass and an outright failure submitted on the same date, which is unusual and indicates the vehicle was either presented with multiple defects that could not all be rectified in time, or that the pass and failure correspond to different test categories or retest outcomes. The failure items themselves are significant: the central rear seat belt buckle was not functioning as intended, and the rear brake disc was recorded as seriously weakened with brake pad material measuring below the 1.5 mm minimum thickness, both categorised as Dangerous. Compounding this, advisories for front subframe corrosion and rear axle corrosion have been carried forward and are now appearing for at least the second consecutive year, suggesting an ongoing deterioration of structural underbody components rather than a stable condition. Against an age of approximately 14 years and a recorded odometer reading of 119,725 miles, this Juke averages around 8,552 miles per year, which sits broadly in line with typical usage for its age bracket. However, the testing cadence shows some clustering, with two tests in August 2024 and another pair in July 2023, indicating a pattern of early or repeated presentations rather than smooth annual passes. The mileage itself is not unusually high or low, so the component wear evident in the record should be interpreted as the natural consequence of sustained road use over more than a decade, particularly given the Juke's known susceptibility to rear hub and underbody corrosion in UK conditions. There are no multi-year gaps in testing that would suggest prolonged standing, so battery deterioration or brake seizure from disuse is not a particular concern based on the documented record alone. The advisory trail points clearly to the areas requiring physical scrutiny before purchase. The nearside front track rod end ball joint showing slight play in both 2024 tests, combined with the excessive wear on both front anti-roll bar linkage ball joints flagged in the August 2024 failure, suggests the front suspension and steering geometry are beginning to loosen. On a test drive, listen for clonking or knocking from the front end over speed bumps and uneven surfaces, and pay attention to any wandering from the straight-ahead position or uneven tyre wear across the front axle. The recurring advisories for nearside and offside rear coil spring corrosion from 2023, alongside corroded rear suspension arms in 2024, indicate the rear suspension is following the same corrosion trajectory. Listen for a harsher, more brittle ride quality over undulations and check whether the vehicle sits level at the rear, as weakened springs can produce a sagging stance under load. The brake-related items deserve a focused physical inspection given the Dangerous categorisation recorded in November 2025. Both rear brake hose ferrules were flagged for slight corrosion in 2023, and the 2025 record demonstrates that the rear braking system ultimately reached a seriously weakened state, meaning any intervening rectification should be verified for quality and component specification. On a test drive, apply the brakes firmly from speed and feel for pedal judder, pulling to one side, or a soft or spongy pedal that could indicate corroded brake lines, compromised hose integrity, or warped discs. The persistent subframe and rear axle corrosion advisories across 2024 and 2025 also warrant a thorough underside examination on a ramp or over a pit, looking for flaking scale, deep pitting, or any section loss around mounting points, crossmembers, and suspension pick-up locations. Finally, confirm the rear seat belt buckle has been properly replaced and that all three rear belts latch and release cleanly, as this safety-critical item must be fully resolved before the vehicle can be considered roadworthy.