2021 Lexus NX 2.5L Hybrid electric (clean) · FM21 RFO

An entirely clean test on 2026-07-17 with zero recorded defects marks the most recent data point in an MOT history that shows a clear transition from brake wear to fault-free compliance. The vehicle previously underwent an examination on 2024-07-17 where multiple advisories were raised regarding worn, pitted, and scored brake discs across all four corners, yet subsequent tests in July 2025 and July 2026 recorded no defects whatsoever. This progression indicates that the friction surfaces were either replaced or recovered sufficiently to pass statutory inspection standards without intervention, reflecting a stable trajectory of roadworthiness over the middle portion of the vehicle's timeline. Accumulating 54,511 miles over its five-year lifespan yields an average of approximately 10,902 miles per year, placing this Lexus NX squarely within expected UK private usage parameters. This steady accumulation pattern avoids both the accelerated mechanical fatigue associated with high-mileage commercial duties and the potential component stasis linked to prolonged periods of inactivity. Such consistent mileage means the drivetrain, hybrid powertrain components, and suspension systems have experienced standard operational cycles without extraordinary strain, though routine consumable wear across high-mileage thresholds should still be anticipated. Given the specific history of brake disc pitting and scoring noted during the 2024 examination, a prospective buyer must conduct a thorough physical and dynamic inspection of the braking system. During a static walkaround, inspect the friction surfaces of all four brake discs through the alloy wheel spokes for deep scoring, ridges, or edge lips, and verify that the pads have sufficient friction material remaining. On the test drive, pay close attention to the brake pedal feel; apply firm pressure at moderate speeds to detect any pulsation, judder, or lateral pull that would confirm lingering rotor distortion or uneven pad contact. Beyond the braking system, listen carefully for any unwanted mechanical feedback from the suspension and steering linkages while navigating uneven road surfaces or speed humps, checking specifically for dull knocks, clunks, or excessive body roll that could indicate early bush or damper fatigue. Ensure that the regenerative braking transition operates smoothly without hesitation or grabby engagement, and verify that all electronic dashboard aids, including ABS and stability control sensors, complete their self-checks upon startup without triggering warning lights.