2021 Lexus NX 2.5L Hybrid electric (clean) · YH71 NVE

Structural integrity and suspension component longevity represent the primary mechanical considerations for this Lexus NX, which transitioned from a period of clean test results to a double major failure regarding rear suspension bushes on 2 September 2026. While the vehicle successfully passed its MOT on that same date following the necessary rectification of the offside and nearside rear suspension arm pins or bushes, the emergence of these specific defects after three years of clean testing suggests that the rear chassis linkages have reached a threshold of wear consistent with the vehicle's age. This recent intervention marks the only recorded failure in the vehicle's history, indicating a shift from a period of faultless operation to one requiring targeted component replacement. The recorded mileage of 30,106 miles over five years aligns with an average annual accumulation of approximately 6,000 miles, which is well within standard usage parameters for this class of vehicle. This steady, moderate usage profile typically avoids the accelerated wear associated with high-mileage fleet use while also mitigating the risks often found in vehicles that remain stationary for extended periods, such as seized brake components or degraded rubber seals. Because the mileage has been accrued consistently throughout the vehicle's life, the mechanical systems have been subject to regular thermal cycling and movement, which generally supports the ongoing functionality of the drivetrain and electrical systems. Prospective buyers should focus their test drive on the rear axle assembly, as the recent failure of the suspension arm bushes necessitates a careful evaluation of the vehicle's handling stability. During the road test, listen specifically for any audible knocking or clunking sounds emanating from the rear corners when traversing uneven road surfaces, speed bumps, or potholes. Furthermore, monitor the vehicle for any signs of rear-end instability, such as a wandering sensation or a lack of precision during cornering, which could indicate that the replacement components were not fitted correctly or that additional related bushings in the multi-link setup are also approaching their service limit. Beyond the rear suspension, the inspection should include a thorough check of the braking system, ensuring that the pedal feel is firm and that there is no judder or vibration when braking from higher speeds. Given that the vehicle has now entered a phase where suspension components require attention, it is prudent to inspect the front suspension geometry and steering rack for any play or unusual resistance. While the most recent test confirms that the vehicle meets current roadworthiness standards, the transition from a clean record to a suspension failure warrants a close visual inspection of all rubber gaiters, CV joints, and underbody protection to ensure no further degradation is present.