2019 Nissan Cabstar 3.0L Diesel · RO69 KKV

The defining mechanical theme across the recorded tests is a progressive wear pattern concentrated on the front braking system and rear suspension, with the front pads and both front discs crossing from advisory status in September 2024 into territory where component replacement became urgent shortly after, and the rear suspension showing a clear trajectory of bush wear that culminated in an MOT failure on the nearside rear lower shock absorber bush. The most recent pass on 3 October 2025 was clean apart from a single tyre advisory, but this should be read against the preceding September 2024 failure rather than in isolation: the contaminated offside rear inner brake pad and the excessively worn nearside rear lower shock bush represent mechanical items that, once flagged as major defects, warrant verification of rectification rather than assumption. The headlamp aim failures recorded in September 2022 are notable as the only non-running-gear major defects in the file and could indicate a load-sensitive lighting issue on this light commercial vehicle that may recur if the original cause was not properly addressed. Overall the trajectory from 2022 through 2025 suggests a chassis and braking system that is accumulating wear at a pace consistent with heavier commercial use, and the recent clean pass is best interpreted as a snapshot rather than a settled mechanical state. The recorded mileage of 88,262 miles across a 2019 registration equates to an annualised accumulation of roughly 12,600 miles per year, which is high for a vehicle of this age and is consistent with the commercial duty cycle a Nissan Cabstar is typically expected to perform. The MOT file shows annual testing without significant gaps, with tests recorded in September 2022, 2023 and 2024, suggesting the vehicle has remained in continuous service rather than spending extended periods laid up. Continuous high-rate commercial mileage of this nature places above-average demand on the braking system, steering linkage, suspension bushes, clutch and gearbox, and the wear pattern visible in the advisories aligns with that expectation rather than presenting as anomalous. Buyers should treat the high annual mileage as the baseline context for everything else in the file, and price in the likelihood that non-MOT-tested service items such as clutch, dual-mass flywheel if fitted, and timing components have been under sustained load. The brake-related advisories and failures deserve focused physical inspection before purchase, given that front pads were noted as wearing thin and both front discs were recorded as pitted or scored in September 2024, with the offside rear inner pad subsequently flagged as contaminated. On a test drive, listen for any grinding or scraping noise from the front wheels on light application, feel for pedal pulsation or judder under firm braking which would indicate disc run-out following the recorded pitting, and check for pulling to one side which could indicate uneven pad wear or a seized caliper slide. The contaminated rear pad is particularly worth examining, as contamination often traces back to a leaking rear caliper piston seal or hydraulic fluid ingress, and the buyer should have the rear calipers inspected for sticking or uneven operation. Brake fluid age should also be confirmed, as the vehicle has clearly been in heavy commercial service and fluid renewal intervals are frequently overlooked on working vehicles. The rear suspension record is the other area requiring deliberate attention, with advisories on both rear shock absorber bushes in 2022 progressing to a major defect failure on the nearside rear lower shock absorber bush in 2024, suggesting the bushes have been allowed to wear through to the point of non-compliance. On a test drive, the buyer should listen for clonking or knocking noises from the rear axle over speed humps and uneven road surfaces, pay particular attention to any vagueness or wandering at the rear end during lane changes, and inspect the rear shock mountings visually for cracked or perished rubber and any visible displacement of the shock body within its mounting. The anti-roll bar linkage wear flagged in 2022 should also be re-examined, as these components typically wear progressively and may now be approaching the point of generating their own advisories. Given the commercial operating context, a thorough inspection of the subframe mounting points, spring seats, and any visible corrosion on structural components would be prudent, as light commercials of this age and mileage are particularly susceptible to surface corrosion in load-bearing areas.