2019 Nissan Juke 1.6L Petrol · FH68 VCY

This 2019 Nissan Juke presents a fundamentally sound mechanical profile, anchored by five consecutive MOT passes spanning from January 2022 through January 2026 with no recorded failures or refusals. The most recent test on 30 January 2026 returned a clean pass with no advisories or defects noted, reinforcing the overall impression of reliable roadworthiness. The only blemish across this five-year testing history appeared at the February 2025 examination, where the tester flagged two related advisories concerning the front braking system, specifically noting that both front brake discs were worn though not excessively, and that the front brake pads were wearing thin. These were monitoring items rather than failure points, and their absence from the subsequent 2026 test suggests the components either remained serviceable or were attended to in the intervening months. The absence of any structural corrosion advisories, suspension component flags, exhaust concerns, or lighting defects across the entire record points to a vehicle that has held up well under normal operating conditions. With 43,102 miles accumulated over approximately seven years, this Juke has averaged around 6,157 miles annually, which sits squarely within the typical usage band for a vehicle of its age and class. There are no unexplained gaps in the testing timeline or sudden mileage jumps between tests, indicating consistent use rather than periods of extended standing or erratic driving patterns. This kind of regular accumulation generally promotes healthy operation of mechanical components, as brake discs, clutches, CV joints, suspension bushes, and the catalytic converter all benefit from consistent thermal cycling and lubrication that comes with steady driving. The mileage itself is not so high as to suggest imminent major service items such as timing chain replacement, though at this age and distance items like cabin filters, coolant, and brake fluid would typically be due for renewal on a service schedule independent of MOT results. For a prospective buyer, the front brake advisories from 2025 merit the most direct attention during physical inspection and test drive. On a road test, listen for any metallic grinding or high-pitched squeal from the front wheels during light braking, feel for any judder or vibration through the steering wheel or brake pedal under firm deceleration, and check whether the vehicle pulls to one side under braking which could indicate a binding caliper or uneven pad wear. Inspect the front discs visually for a pronounced lip on the outer edge, scoring or rust pitting on the friction surface, and check pad material thickness through the wheel spokes if possible. Beyond the brakes, conduct a thorough walkaround looking for any corrosion beginning to form on the rear axle, suspension arms, or underbody seams, as the Juke of this generation can be susceptible to surface oxidation in these areas even when MOT testers have not yet flagged it. During the test drive, pay particular attention to the suspension behaviour by driving over uneven road surfaces and listening for clonking or knocking noises from the front, which would indicate worn anti-roll bar drop links, wishbone bushes, or strut top mounts. The steering should feel precise without excess play at the straight-ahead position, and any knocking when turning the wheel at low speed could point to worn track rod ends or CV joint issues. Check that all warning lights extinguish promptly on startup and that the air conditioning functions correctly, as climate control faults are a known weakness on Jukes of this era. Verify that the tyre wear is even across both axles and that all four tyres are of matching specification, as uneven wear patterns can reveal alignment or suspension geometry issues not yet severe enough to trigger an MOT failure. Given the clean record and consistent usage pattern, this vehicle represents a low-risk purchase provided the front braking components and standard age-related wear items receive appropriate attention.