2016 Lexus NX 2.5L Hybrid electric (clean) · LE16 XUT

A clean and unblemished DVSA record across four consecutive annual tests establishes this 2016 Lexus NX as a strong roadworthiness proposition, with each examination from 2022 through to 3 June 2025 returning a straightforward pass and no advisories or defects recorded by the testing station. The absence of any flagged items for components such as suspension bushes, brake discs, underbody corrosion, or exhaust integrity suggests the vehicle has not yet developed the wear-related issues typically expected on a car approaching a decade of service. Mechanically, this consistent pattern of defect-free outcomes points to a chassis and drivetrain that have remained within manufacturer tolerances, though it should be noted that the MOT assessment is a standardised roadworthiness check rather than a comprehensive mechanical inspection, and does not evaluate internal engine condition, automatic transmission function, or hybrid system health in the detail that a specialist pre-purchase examination would. With a recorded mileage of 59,027 miles accumulated over approximately ten years, this NX has covered around 5,900 miles annually, a figure well below the typical UK average and one that places it firmly in the low-mileage category for its age bracket. There are no extended gaps between tests that would suggest the vehicle was laid up for prolonged periods, with annual examinations consistently recorded from 2022 onwards, indicating it has remained in active use throughout. However, low annual mileage of this nature carries its own mechanical considerations; components such as the 12V battery, brake calipers, brake discs, and suspension bushes can suffer from lack of regular use, with seized caliper pistons, corroded brake surfaces, and dried rubber bushes being common findings on cars that see only short journeys. The relatively gentle annual mileage accumulation should also mean that major service items such as the timing chain, transmission fluid, and hybrid system components have not been subjected to excessive wear. Given that the MOT history reveals no specific advisories to target, a prospective buyer should focus their pre-purchase evaluation on the components most likely to suffer on a low-mileage hybrid SUV of this vintage, particularly the braking system where light use can lead to disc corrosion and caliper binding that may not be evident at MOT inspection speeds. During a test drive, listen carefully for any scraping or grinding from the front or rear wheels indicative of corroded discs or seized caliper slides, and verify that the vehicle pulls up in a straight line without any pulling to one side that would suggest a binding caliper piston. Pay close attention to the steering response for any knocking or clunking over uneven surfaces that could indicate worn suspension bushes or anti-roll bar links, and check that the hybrid system transitions smoothly between petrol and electric drive without warning lights or excessive engine running. Additional inspection priorities for this particular vehicle should include a thorough check of the underbody and structural components for any surface corrosion that may have developed beneath the wax injection applied at manufacture, particularly around the rear subframe mounting points and suspension arm connections where road salt can accumulate. Inspect all tyres for uneven wear patterns that might point to suspension geometry issues or alignment drift, and confirm that the tyre sidewalls remain supple given the relatively low mileage accumulation. Verify the full service history documentation, paying particular attention to whether the automatic transmission fluid and hybrid inverter coolant have been changed at the manufacturer-recommended intervals, as these items are often overlooked on vehicles with lower annual mileages. Finally, a dedicated hybrid system health check at a Lexus specialist or independent hybrid-trained technician would be strongly advisable, as the MOT test does not interrogate the health of the high-voltage battery pack or the operation of the hybrid control modules, both of which represent the most costly potential failure points on this model.