2015 Nissan Juke 1.6L Petrol · LL15 OJS

This 2015 Nissan Juke presents a roadworthiness profile that raises immediate concern, with two separate MOT failures recorded within a single calendar year and a pattern of front-end component deterioration that warrants close scrutiny. The most recent test on 12 December 2025 recorded a pass with no defects, but this followed an immediate failure earlier the same day flagging both front brake discs as significantly and obviously worn alongside thinning front brake pads and a non-functioning nearside headlamp on dipped beam. An earlier failure on 19 May 2025 compounded these concerns with a dangerous defect for a fractured offside front anti-roll bar linkage, a leaking offside front shock absorber, and another headlamp dipped beam failure. The clustering of front axle and lighting defects across both visits indicates systemic wear rather than isolated component failure, and a buyer should treat the December pass as evidence that remedial work was carried out rather than confirmation of underlying mechanical health. With 63,533 miles recorded over approximately 11 years, the Juke has averaged around 5,776 miles annually, which is notably below typical usage for a vehicle of this age and suggests either light daily use or extended periods of inactivity. The mileage gap between the March 2024 test and the May 2025 test implies the vehicle covered a substantial distance in that 14-month window, which is consistent with the front suspension and braking components finally reaching the end of their service life after years of use. Low annual mileage typically preserves interior and drivetrain condition but can accelerate corrosion on brake discs through infrequent use and place greater stress on rubber suspension components that deteriorate regardless of mileage. The pattern here aligns with a car that has seen moderate but consistent road use, with wear concentrating predictably on the front axle assemblies that carry the majority of braking and steering load. Given the specific failures flagged, a prospective buyer must inspect the front suspension, braking system, and headlamp assemblies with rigour before purchase. The fractured anti-roll bar linkage is a critical structural component; any replacement bushes or drop links should be checked for secure fitment, and on a test drive the car should be driven over uneven surfaces at low speed to listen for clonking, rattling, or loose knocking from the front end that would indicate worn bushes, top mounts, or inadequately torqued replacement components. The shock absorber fluid leak history means the offside front damper must be inspected for residual seepage around the body, and the vehicle should be checked for uneven ride height, excessive nose-dive under braking, or a loose, bouncy feel over undulating roads. Brake pedal feel should be firm without sponginess or judder under load, and the car should pull up in a straight line without steering wander that could indicate a binding caliper following disc replacement. The recurring headlamp failures on dipped beam are unusual and merit a specific check before commitment. Both nearside and offside units have failed independently within the same year, which points towards either connector corrosion, bulb holder degradation, or wiring harness damage rather than simple bulb failure; a buyer should verify both headlamps illuminate crisply on main and dipped beam and inspect the rear of the units for moisture ingress, cracked housings, or melted connectors. Any advisory items regarding front brake pad wear recorded in December 2025 mean the pads were already thin at the most recent test and may now require replacement, so a physical inspection of pad material depth through the wheel spokes is sensible. Finally, with low annual mileage reducing but not eliminating corrosion risk, the underside should be examined on a ramp for any surface rust on subframe, brake lines, and suspension arms, particularly given the underlying front-end wear pattern that has already necessitated component renewal.