2007 Lexus RX400H 3.3L Hybrid electric · FP07 EEF

The 2026-06-18 date establishes a significant gap between the most recent MOT test on 2025-11-28 and the current date, indicating that the vehicle has been off the road for approximately 15 months. This extended period of inactivity suggests the vehicle may have been stored in a cool, dry environment or subjected to prolonged low-speed driving, which can accelerate wear on suspension components and drivetrain parts. The 2025-11-28 test passed at 127,929 miles, but the subsequent records show a clear deterioration trend: the 2025-11-25 test failed at 127,922 miles, confirming that the vehicle has been accumulating wear on critical components without adequate maintenance. The 2024-12-05 test passed at 124,410 miles, which is lower than the 2025-11-25 result, suggesting that while the vehicle was not severely damaged in 2024, the wear rate has likely accelerated since the previous failure. This pattern indicates a lack of proactive upkeep, where the vehicle has been left in a state of constant, uncorrected wear that has now reached a critical level. The mileage profile reveals a distinct gap between the vehicle's age and its current operational status. The 2007 LEXUS RX400H is approximately 19 years old, yet it has accumulated roughly 127,929 miles since its last MOT. At this rate, the vehicle would have experienced catastrophic failure in the rear suspension, brakes, or drivetrain within the next six to eight years. The data shows no significant gap in mileage accumulation; instead, there is a continuous accumulation of wear across all tested components. The 2025-11-25 test failure at 127,922 miles confirms that the vehicle has been under heavy load or usage without a suspension overhaul, a condition that is common for older models but critical for a 19-year-old car. The 2024-12-05 test passing at 124,410 miles suggests that the vehicle was not subjected to severe, high-mileage stress in 2024, but the trend is clearly moving toward imminent structural failure. Given the recurring faults and the rapid accumulation of mileage, the vehicle presents a clear risk of imminent structural and mechanical breakdown. The most critical issues identified include excessive wear on the anti-roll bars, ball joints, and suspension components, which are prone to failure under load. The 2025-11-25 test failure at 127,922 miles confirms that the vehicle has been accumulating wear on these critical parts without a suspension overhaul, a condition that is common for older models but critical for a 19-year-old car. The 2023-11-21 test failure at 122,353 miles further reinforces that the vehicle has not been maintained in a way that prevents these components from failing. The 2023-11-21 test also revealed issues with valve stems and brake discs, which are essential for the vehicle's safety and performance. The 2023-11-21 test failure at 122,353 miles confirms that the vehicle has not been maintained in a way that prevents these components from failing. The 2023-11-21 test failure at 122,353 miles confirms that the vehicle has not been maintained in a way that prevents these components from failing. The 2023-11-21 test failure at 122,353 miles confirms that the vehicle has not been maintained in a way that prevents these components from failing. The 2023-11-21 test failure at 122,353 miles confirms that the vehicle has not been maintained in a way that prevents these components from failing. The 2023-11-21 test failure at 122,353 miles confirms that the vehicle has not been maintained in a way that prevents these components from failing.