2016 Lexus NX 2.5L Hybrid electric · GC65 RXY

The vehicle remains roadworthy as of its most recent MOT on 2026-06-10, with no defects recorded at 44,137 miles. The maintenance trend is stable, with every test over the past four years passing without issue, indicating consistent care and no emerging mechanical or structural concerns. The absence of advisories or failures suggests the owner has maintained the vehicle to a standard that meets UK roadworthiness requirements, with no signs of neglect or escalating wear. Mileage progression shows a steady, low annual average of approximately 4,414 miles per year, which is notably conservative for a 10-year-old vehicle. The gap between the 2025-06-20 test (38,353 miles) and the 2026-06-10 test (44,137 miles) represents just 5,784 miles over 370 days — roughly 15.6 miles per day — which is consistent with light, regular use rather than heavy or sporadic driving. There are no sudden spikes or long periods of inactivity indicated in the record, and the data is clean, with no missing or suspiciously spaced tests. Despite the absence of defects in the MOT history, a buyer should still inspect the suspension components closely, particularly the bushes and coil springs, as low mileage can mask wear from infrequent use or prolonged storage. Brake systems should be checked for binding or uneven wear, especially rear calipers, which have historically shown minor issues in similar models. The exhaust and underbody should be examined for corrosion, as even low-mileage vehicles can suffer from moisture-related rust if parked in damp conditions. Tyre tread and wiper blades should also be verified, as these are common wear items that may not have been replaced despite the vehicle’s age. Overall, the record reflects a well-maintained Lexus NX with no red flags in its recent history. The low mileage and consistent passing tests suggest the car has been cared for, but a pre-purchase inspection should still focus on components most vulnerable to inactivity or environmental exposure, not mechanical failure.