2016 Nissan X-Trail 1.6L Diesel · PL16 CKC

The defining mechanical story of this 2016 Nissan X-Trail is a steady, recurring pattern of front suspension wear at the nearside lower arm, paired with ongoing rear brake deterioration that has now persisted across multiple test cycles. The vehicle was presented for test on 14 November 2025 and, although it ultimately passed that same day, the examiner first recorded a fail on that date before the items below the failure threshold were cleared, leaving five advisories on record. These flagged the nearside front lower suspension arm pin or bush as worn, both rear brake discs as pitted or scored, the nearside rear brake pads as wearing thin, and a nearside rear outer tyre showing slight cracking and perishing. Looking back further, the 2024 test noted slight play in the nearside front lower arm ball joint and pitting on both rear inner brake discs, while the 2022 pass recorded both front tyres as worn close to the legal limit and on the edge. The trajectory is therefore one of stable front-end wear that has shifted from ball joint play to bush/pin deterioration, and rear brake components that have been flagged in two consecutive cycles with the pad condition now worsening. Against a ten-year age, the recorded 62,610 miles equates to roughly 6,261 miles per year, which sits comfortably within typical usage expectations for a family SUV of this type and does not raise immediate concerns of underuse or excessive high-mileage abuse. The annual accumulation is consistent with regular commuting and occasional longer runs rather than taxi or fleet operation, which is generally favourable for mechanical longevity on components such as the clutch, turbocharger and drivetrain. There are no multi-year gaps in the MOT record suggesting extended standing periods, so concerns typically associated with long-term storage, such as seized callipers or perished coolant hoses, are not strongly indicated by the history alone. At this mileage on a 2.0 dCi or 1.6 dCi N-Trail, the timing chain, dual-mass flywheel and turbo actuator are approaching the age where original units begin to show wear, but nothing in the recorded test history flags those systems specifically. For a prospective buyer, the immediate priority is a close physical inspection of the front suspension, particularly the nearside lower arm, its rear bush and the ball joint. On a test drive, listen for clonking or knocking noises from the front when traversing speed humps, potholes or uneven tarmac, and feel for any vagueness or tremor through the steering wheel that suggests excessive bush compliance. With the vehicle on a ramp or with the wheels jacked, the nearside lower arm should be gripped and rocked to confirm the wear is not exceeding MOT tolerances, and the ball joint should be checked with a pry bar for the same slight play noted in 2024 to ensure it has not deteriorated further. Steering should track dead straight under braking, and any pull to one side could indicate worn front bushes allowing geometry shift under load. The braking system warrants equal scrutiny given the recurring disc and pad advisories. On test, expect a firm pedal without sponginess, and during moderate stops listen for any grinding or scraping from the rear that would suggest the nearside pads are now at or below the 2mm backing plate minimum. The rear discs should be inspected for a distinct lip on both edges and for scoring depth across the friction surface, as pitted and scored discs noted in two consecutive MOTs typically have limited remaining service life and may soon require replacement. The nearside rear outer tyre should be examined for cracks in the sidewall or tread blocks that extend beyond superficial surface crazing, as perishing can progress rapidly and would necessitate replacement regardless of tread depth. Finally, with the engine running from cold, listen for any diesel knock or timing chain rattle at startup, and check for oil leaks from the cam cover and rocker area which are common on higher-mileage N-Trails, together with a thorough check of the rear subframe and suspension mounting points for any surface corrosion given the vehicle's age.