2022 Nissan Juke Tekna + DIG-T S-A 1.0L Petrol · CU72 VSL

A relatively clean roadworthiness profile defines this vehicle, characterized by a single failure regarding headlamp alignment during its most recent inspection on 26 September 2025. This failure was specific to the front headlamp aim being too high on both sides, a non-mechanical defect that was rectified to achieve a pass on the same day. Aside from this singular lighting adjustment, the MOT record shows no history of structural corrosion, brake system deterioration, or suspension component failures, suggesting a stable testing trend since the vehicle entered the MOT testing regime. The recorded mileage of 13,120 miles against a 2022 registration indicates a low-usage pattern, averaging approximately 3,280 miles per year. While this low annual accumulation reduces the typical wear seen on high-mileage drivetrain components and engine internals, it is important to note that vehicles with such low usage can experience different mechanical stresses. In particular, components that rely on regular movement to remain lubricated or to prevent seizing, such as brake calipers and various suspension linkages, may not have been subjected to the same frequency of operation as a higher-mileage vehicle. Given the absence of recorded advisories for components like brake discs, pads, or suspension bushes, the inspection should focus on verifying that the low mileage has not resulted in any superficial issues. On a test drive, pay close attention to the braking performance for any signs of binding or unevenness, which can sometimes occur when a vehicle is driven infrequently. Listen for any subtle knocks or knocks from the suspension when navigating uneven surfaces, as this will confirm the integrity of the bushes and dampers which have not yet been flagged for wear in the official records. The recent headlamp failure is strictly an alignment issue, but it serves as a reminder to check the physical integrity of the headlight housings. Ensure there is no moisture ingress or condensation within the lens units, as this can affect light output and beam pattern. Additionally, verify that the beam pattern remains consistent and does not flicker, ensuring the adjustment made during the September 2025 test remains secure and that the electrical connections to the lighting system are stable.