2016 Lexus NX 2.5L Hybrid electric (clean) · 2 WSS

A clean and uninterrupted run of five annual MOT passes, with the most recent test on 23 September 2025 recorded as a pass and no advisories or defects entered at any point in the recorded history, presents a roadworthiness profile free of flagged component wear across the tested systems. Because the DVSA record contains no advisories, there are no specific corrosion sites, brake component wear measurements, suspension bush conditions, or exhaust or tyre observations from previous tests to use as a benchmark against the present vehicle. The record therefore offers no documented deterioration trend to interpret, and the absence of recurring defect categories means there is no mechanical weakness to investigate as a priority. From a regulatory standpoint alone, the vehicle has remained compliant at every annual check from 2021 through 2025. With a recorded mileage of 53,509 miles over an age of roughly ten years, this Lexus has accumulated at an annual rate of approximately 5,351 miles, which is notably low for the vehicle's age and points to either limited regular use or periods where the car has covered fewer miles than typical. Such a low annual accumulation can reduce wear on high-mileage consumables such as brake discs and pads, clutch friction material, and internal drivetrain components, but it can also introduce specific issues associated with underuse, including the potential for dry corrosion on brake rotors from infrequent operation, stiffening or micro-cracking of rubber suspension bushes and boots that have spent long periods statically loaded, and deterioration of rubber components such as drive shaft boots and engine mount bushes through age rather than mileage. The MOT history, however, does not contain any recorded defects that would confirm whether any of these age-related conditions have already manifested at the time of testing. Given the absence of any specific advisories in the MOT record, a prospective buyer should concentrate the physical inspection on items that a standard MOT does not fully evaluate, including the condition of the coolant and braking system fluids, the operation of the air conditioning system, the state of the hybrid system components where applicable, and the condition of body seals and trim that could indicate water ingress. A test drive should specifically include a low-speed manoeuvre with light brake applications to feel for any judder or roughness that could indicate corroded brake discs, a pass over uneven road surfaces at moderate speed to listen for any knocking, clonking, or squeaking from the suspension that could suggest stiffening bushes or worn top mounts, and a check of steering response for any vibration, pulling, or uneven self-centring that might suggest age-related degradation in the front suspension geometry. Under-bonnet inspection should look for signs of fluid seepage from power steering, transmission, or hybrid system components, as well as the condition of ancillary drive belts and hoses, which can deteriorate with age regardless of mileage. It is also worth scrutinising the underside of the vehicle, the wheel arch liners, and the rear suspension subframe mounting areas for any surface rust, particularly given that low-mileage vehicles are often garaged but can still be exposed to damp conditions, and the MOT history does not record the depth or extent of any corrosion that may have been considered acceptable at the time of test. The tyres should be checked for age-related sidewall cracking as well as for uneven tread wear, as the latter could point to suspension alignment issues that have developed gradually rather than being flagged in the tests. While the documented MOT history supports the vehicle's ongoing regulatory compliance, the low annual mileage combined with the vehicle's ten-year age means that a pre-purchase inspection by a competent independent technician, including a hoist-based examination, would be the most effective way to identify the age-related wear that the MOT format alone does not record.