2016 Nissan Qashqai 1.5L Diesel · DN16 SDU

A 2016 Nissan Qashqai carrying a completely clean MOT history across four consecutive annual tests represents one of the more reassuring mechanical profiles available on the used market. With pass certificates recorded on 20 April 2022, 28 April 2023, 26 April 2024, and 8 April 2025, each tester has examined the vehicle without finding a single advisory or category of defect worthy of notation. The absence of corrosion advisories on underbody components, brake pipes, or suspension elements over this four-year window suggests the bodyshell and structural areas have remained sound. Likewise, no wear items such as brake disc surface condition, tyre tread depth concerns, exhaust integrity, or light cluster issues have been flagged, indicating the vehicle has either been conscientiously maintained or subjected to relatively benign operating conditions. The unbroken run of clean tests through to the most recent pass in April 2025 provides a stable baseline that any prospective buyer can reasonably build their assessment upon. At 69,836 miles against a ten-year registration, this Qashqai has averaged roughly 6,984 miles per year, which sits comfortably within the typical range for a family crossover of this era. There are no significant gaps in the testing record to suggest extended periods off the road, and the consistent year-on-year attendance at MOT stations points to regular use rather than long-term storage that could promote issues like brake caliper seizure, tyre flat-spotting, or underbody corrosion from standing moisture. A mileage progression that broadly tracks age rather than dramatically exceeding it means the wear-sensitive components — clutch, suspension bushes, engine mountings, and drivetrain ancillaries — have accumulated a proportionate amount of service life rather than being prematurely aged. This is the kind of usage pattern that typically correlates with predictable, linear mechanical degradation rather than sudden component failures. From a physical inspection standpoint, the absence of recorded advisories means particular attention should fall on components that commonly degrade on second-generation QashQais of this mileage without necessarily tripping an MOT tester on a clean, dry inspection day. The rear brake drum handbrake mechanism is a known weak point on these vehicles and can feel reluctant to engage or release fully; on a test drive, listen for a graunching or dragging sensation when pulling away from a standstill with the handbrake applied, and confirm the lever travels within a reasonable number of clicks. The CV joints and driveshaft boots on the front axle should be visually checked for splits or grease loss, as perished boots are often missed at MOT level if they have not yet leaked enough grease to cause imbalance. Steering wander or a vague off-centre feel would suggest worn front suspension components — typically lower control arm bushes or wishbone rear bushes — which can deteriorate quietly between tests. On the road, the test drive should focus on cold-start behaviour, transmission refinement, and any signs of oil consumption from the 1.5 or 1.6-litre diesel that commonly powered this generation. A brief puff of blue smoke on startup from a healthy engine is acceptable, but continued smoke under acceleration or a rising oil level warning would warrant closer engine inspection. Listen for any clonks from the rear suspension over speed humps, particularly the rear coil spring pans which can deform and contact the body on QashQais exposed to UK road salt. Brake pedal feel should be firm and progressive without sponginess, and the vehicle should pull up in a straight line without steering pull, which would otherwise point to a binding caliper or uneven brake pad transfer. With a clean four-year MOT record and typical mileage behind it, this QashQai presents a fundamentally sound starting point, but a thorough physical and mechanical check remains essential given that MOT testing is a point-in-time roadworthiness assessment rather than a guarantee of component longevity.