2024 Lexus RZ 450E Premium Plus 4X4 Electric · RJ74 AET

This twenty-four-plate Lexus RZ 450e Premium Plus Four-by-Four enters the used market with a total absence of recorded DVSA MOT history, which is the expected regulatory status for a vehicle of this age under UK testing rules. Because the car is exempt from statutory annual testing until it reaches its third anniversary in two thousand and twenty-seven, no official inspection records, advisories, or failure points exist in the national database to establish its baseline structural or mechanical condition. Prospective buyers are therefore evaluating a vehicle operating entirely outside the historical oversight of the MOT testing system, meaning its roadworthiness must be determined solely through physical inspection and diagnostic verification rather than historical trend analysis. An exact mileage figure is not available within the current dataset, preventing any comparative assessment of annual distance accumulation or identification of potential periods of prolonged inactivity. For a battery-electric platform of this specification, the absence of a recorded odometer history requires direct physical verification of the high-voltage drivetrain status, thermal management systems, and high-voltage battery health certificates via onboard diagnostic equipment. Buyers should independently verify the odometer reading against vehicle documentation, service records, and electronic control units to confirm consistency before purchase. Without historical test data or prior component advisories to target, physical inspection must focus on the core mechanical and structural architecture inherent to modern heavy all-wheel-drive electric vehicles. During a static inspection, examine the underside for any signs of transit damage, impact to the underfloor battery shielding, or surface corrosion along the high-strength steel subframes and suspension mounting points. Pay close attention to the multi-link suspension wishbones, electronic damper actuators, and heavy-duty wheel bearings, which bear significantly higher static loads due to the substantial mass of the battery pack. On the road test, evaluate the regenerative braking transition and pedal feel for consistency, ensuring there is no abnormal sponginess, binding, or electronic fault codes triggered under heavy deceleration. Listen closely for any suspension knocks, rattles, or excessive roll when cornering over uneven road surfaces, and confirm that the dual-motor all-wheel-drive system delivers power smoothly without hesitation or driveline vibration under acceleration. Given the lack of historical test records, securing an independent professional pre-purchase mechanical and high-voltage system inspection is essential to verify the current integrity of the vehicle.