2017 Nissan Juke 1.5L Diesel · FN17 LLU

A consistent record of clean MOT passes across five consecutive tests, most recently achieving a first-time pass on 18 November 2025, positions this 2017 Nissan Juke as a strong candidate from an administrative roadworthiness perspective. With no advisories, failures, or component wear flags recorded anywhere in its DVSA history, the vehicle has avoided the suspension, braking, and corrosion issues that commonly surface on high-mileage small SUVs of this generation. The absence of any recurring defect trends means there is no mechanical narrative suggesting chronic neglect or systemic wear, providing reassurance that the core safety-tested components have remained within specification throughout its life. Against an expected annual mileage of roughly 7,000 to 9,000 miles for a typical urban crossover of this age, the recorded 50,484 miles over nine years equates to around 5,600 miles annually, placing it firmly in the lower-mileage bracket. The MOT testing history shows no significant gaps, with annual tests consistently presented from 2021 through 2025, indicating the vehicle has remained in regular use rather than being laid up for extended periods. The steady year-on-year testing rhythm, combined with the modest accumulation rate, suggests this Juke has experienced predominantly light-duty running, likely a mix of short urban trips and occasional longer journeys rather than the high-mileage motorway commute that accelerates wear on clutches, turbochargers, and suspension components. Despite the clean test history, the lower-than-average annual mileage warrants targeted attention to components that suffer from infrequent use rather than wear. The 1.5 dCi diesel or 1.2 DIG-T petrol variants commonly found in this model can develop issues with the diesel particulate filter on shorter journeys, where insufficient exhaust temperature prevents passive regeneration, leading to blocked soot loading over time. On a test drive, listen for any hesitation, uneven idle, or illumination of the DPF or engine management warning light, and check the dashboard for any stored fault codes. Given the diesel powertrain's known susceptibility to turbocharger oil seal wear and EGR valve carbon build-up under low-load conditions, a thorough scan with a diagnostic tool prior to purchase is highly advisable to identify any latent emissions or turbo-related fault codes that would not be detected during a standard MOT inspection. The suspension and steering assemblies, while unflagged in the MOT record, should still be physically examined due to the Juke's tendency for premature rear beam bush wear and front strut top bearing deterioration on UK roads. On a test drive, listen for clonking noises from the rear over speed humps and uneven surfaces, which would indicate worn beam axle bushes, and pay attention to any knocking or vibration through the steering wheel during low-speed cornering, suggestive of failing strut top mounts. The braking system should be assessed for smooth pedal response without any judder under heavy application, as the rear drum brake assemblies on earlier Jukes are prone to corrosion and seizure if the vehicle has seen prolonged periods of light use. Finally, inspect the underside and wheel arches thoroughly for any surface corrosion on the rear axle, fuel lines, and brake pipes, as a clean MOT record confirms current roadworthiness but does not preclude the early stages of structural deterioration on a nine-year-old crossover.