2016 Nissan Pulsar 1.2L Petrol · CP16 UNM

The defining mechanical observation in this 2016 Nissan Pulsar's MOT history is a cluster of three tests recorded within a short window in late 2025 and early 2026, two of which resulted in failures. The specific reason for those failures is not documented in the available records, but the rapid sequence of presentations to the test station strongly suggests the vehicle was being rectified between attempts to clear a persistent issue. The most recent outcome on 2026-02-05 was a pass with no defects recorded, indicating the underlying issue was eventually resolved before roadworthiness could be confirmed, but the absence of any advisory notes means we cannot identify which system was being addressed. A prospective buyer should treat this cluster as a flag worth investigating rather than as a confirmed clean bill of health, and should establish precisely what component caused the earlier refusals, as the same fault could plausibly recur. With a recorded 71,059 miles spread across roughly ten years, this Pulsar has been driven at an annual rate of approximately 7,100 miles per year, which sits comfortably within the expected band for a vehicle of its age and class. There are no obvious gaps in the MOT timeline that would suggest long periods off the road, and no sudden mileage jumps between tests that might indicate a clocked odometer or inconsistent record-keeping. Mechanically, this rate of accumulation implies moderate but steady wear on consumable items such as brake pads, discs, tyres, and clutch components, without the heavy use that accelerates suspension bushing, engine mount, and drivetrain fatigue. The history therefore points to a car that has been used regularly rather than stored, which is generally favourable for keeping seals, brake fluid, and the 12V battery in serviceable condition, though it also means wear-related items are unlikely to have been preserved by disuse. Because the two recent failures were not accompanied by any defect notes in the data provided, it is not possible to direct inspection towards a specific component. A buyer should therefore approach the vehicle with the assumption that an undisclosed repair was carried out in late January or early February 2026, and should request documentation of the work performed and the parts replaced. On a physical inspection, particular attention should be paid to the area around the previously failed component once identified, checking for fresh welds, recently painted surfaces, or new-looking parts that contrast with the patina of surrounding components, as these can indicate a cosmetic rather than a substantive repair. The test station that issued the recent pass should also be contacted where possible, as DVSA testers can sometimes provide clarification on the nature of a previous refusal if the vehicle returns. During a test drive, the buyer should listen and feel for any symptom that aligns with whatever system was the subject of the recent failures, including any unusual noises from the exhaust under load, warning lights on the dashboard that were perhaps cleared but not resolved, or hesitance in throttle response if an emissions or engine management fault was involved. The Pulsar's known weak points include the rear brake drums which can bind or develop uneven wear, the front suspension wishbones and anti-roll bar drop links which deteriorate with age, and the handbrake cable which can stretch and seize. Specific symptoms to monitor include any pulling to one side under braking, knocking from the front suspension over uneven surfaces, a tendency for the rear wheels to lock prematurely, and a spongy or drifting handbrake on an incline. Given the dense cluster of test activity earlier this year, a pre-sale mechanical inspection by an independent garage is strongly advisable to confirm that the underlying fault has been properly rectified rather than simply passed at re-test.