2014 Nissan Juke 1.6L Petrol · YP63 MLJ

The most recent DVSA test outcome on this 2014 Nissan Juke is a FAIL recorded on 01 April 2026, and notably the vehicle has not passed an MOT on its first attempt for some time, with failures also recorded on 03 February 2026, 19 January 2026, and 15 January 2025, and only a single PASS appearing on 15 January 2025. The pattern of multiple failures in a short window, against an MOT history that otherwise contains no recorded advisories or defects, suggests that the presenting problems may be intermittent or that retests have been carried out without the underlying issues being properly resolved between attempts. For a prospective buyer this is a maintenance trend that warrants close scrutiny, as a sequence of consecutive failures even without coded defect entries can indicate deferred rectification of workshop-quoted items, an unresolved safety-related concern being retested repeatedly, or the vehicle having been off the road and only recently returned to service without adequate preparation. The absence of specific recorded defect categories means the prospective purchaser has no direct indication of the failure point from the DVSA summary alone and should request sight of the actual failure notices, retest documentation, and any rectification invoices from the seller before proceeding. With approximately 113,733 miles recorded over twelve years, the Juke is averaging around 9,478 miles per year, which is broadly typical for a car of its age and indicates consistent rather than sporadic use. There is no obvious evidence in the mileage progression of long periods off the road or of unusually heavy motorway accumulation, which is favourable for drivetrain and suspension longevity as components have been kept working rather than suffering the drying-out and corrosion associated with standing. However, mileage of this level on a small turbocharged petrol unit, as fitted to most Jukes of this generation, places significant cumulative demand on the timing chain, turbocharger, clutch, and engine ancillaries, and any buyer should anticipate that wear-related items will be approaching or past their designed service life. In the absence of recorded advisory or defect detail from the MOT history, the buyer should focus on age and mileage appropriate mechanical checks rather than chasing a specific flagged item. On a physical inspection, examine all four tyres for sidewall perishing and cracking, as a 2014-build tyre that has been in service continuously will be well past the recommended six-year replacement horizon on age alone regardless of tread depth, and check the tread for uneven shoulder wear that could point to worn suspension bushes or weak coil springs. With the recorded MOT failures clustering in early 2026, it is reasonable to suspect that a brake-related item such as a binding caliper, excessively worn pads or discs, or a handbrake efficiency issue may have been the recurring concern, so the brake discs should be inspected for lipping, the caliper slides checked for free movement, and a test drive should include a series of firm stops from higher speed to detect any brake shudder, pulling, or delayed release. The exhaust system, including the catalytic converter and rear flex sections, should be checked for blowing, corrosion, and physical security, as twelve years of road salt exposure will have taken a toll on underbody components even with regular use. Attention should also be given to time-based rather than mileage-based servicing items, as a car of this age will require fluid and component replacement regardless of how the odometer reads. The 12V battery is very likely due for replacement on age grounds and should be load-tested rather than simply trusted to start the vehicle on the viewing day. Coolant, brake fluid, and automatic transmission fluid if applicable are all hygroscopic and degrade on a calendar basis, typically requiring renewal every two to four years, so evidence of recent fluid changes through service history stamps or invoices is highly desirable. Underneath the vehicle, look for signs of standing corrosion on brake lines, fuel lines, and suspension arms, which can be present even on regularly driven cars in the UK climate, and pay particular attention to oil leaks from the cam chain area and from the turbo oil feed and return pipes, both known wear points on the Juke's HR15DET and similar engines at this mileage. A thorough road test should include listening for any timing chain rattle on cold start, checking for clutch slip or judder under load, and observing whether any warning lights illuminate or extinguish as expected.