2021 Nissan Qashqai Premiere ED DIG-T Mhev 1.3L Hybrid electric · FN21 VRZ

The defining mechanical thread across this Qashqai's MOT record is a single, isolated parking brake failure on 12 August 2026, immediately followed by a clean pass on the same date, indicating a retest after a straightforward rectification rather than any systemic deterioration. The earlier history is notably sparse: an unblemished pass in August 2025 and a single advisory in August 2024 noting front brake disc wear that was not deemed excessive at that stage. With no recurring advisories, no structural corrosion flagged, and no repeat defects across consecutive tests, the overall trajectory suggests a vehicle that has remained fundamentally roadworthy, with the parking brake episode appearing as an outlier rather than the start of a pattern. The August 2026 pass without any recorded advisories is a particularly positive signal, as it implies the braking system as a whole was confirmed compliant at the time of test. Mileage accumulation on this 2021 Qashqai is unusually low, with just 21,756 miles covered over approximately five years, equating to a very modest annual average of around 4,350 miles. There are no extended gaps in MOT testing that would suggest long periods off the road, but the low annual figure nonetheless points to predominantly short-journey, light-duty use. Mechanically, this profile tends to keep wear on major drivetrain components minimal while increasing the likelihood of surface corrosion on underseen items, brake seizure from infrequent operation, and potential degradation of fluids and rubber components through age rather than mileage. The single parking brake failure is entirely consistent with this pattern, as caliper mechanisms, cables, and rear shoe or pad assemblies are prone to binding or losing efficiency when seldom actuated. For a prospective buyer, the priority inspection items are those touched upon in the MOT record and those most susceptible to low-mileage deterioration. The front brake discs, flagged as worn in 2024 though not excessively, should be measured for remaining thickness and checked for lipping or scorching on a test drive; any steering wobble or pedal vibration under moderate braking would warrant closer examination. The parking brake mechanism itself must be verified as fully functional, with the handbrake lever travel, ratchet feel, and hill-hold capability all assessed, as repeat failures on the same component within a short window would be a red flag. It is also prudent to inspect the rear brake calipers for seizure and the handbrake cable for stiffness, given that intermittent use is the most common cause of efficiency loss in this area. During a road test, particular attention should be paid to any pulling under braking, delayed handbrake engagement, or warning lights relating to the braking system, as well as listening for caliper drag or uneven release when pulling away. Beyond the flagged components, a general scan for age-related deterioration is sensible: check for oil misting around the engine, condition of the undertray and suspension bushes, and ensure the mild hybrid system's 12V battery and associated electronics are functioning correctly, as these can suffer from prolonged low-load operation. A pre-purchase inspection by a specialist familiar with Nissan MHEV systems would be a worthwhile investment given the low-mileage profile and the recent parking brake intervention, providing reassurance that the rectification was thorough and no underlying issues remain.