2005 Toyota Prius 1.5L Other · LT55 RTU

This Toyota Prius has demonstrated a stable roadworthiness record over the past five MOT cycles, with no defects or advisories recorded between May 2022 and May 2025. The most recent test on 22 May 2025—just 14 months ago—confirmed the vehicle passed without fail, though the duplicate entry at the same date and mileage suggests an administrative anomaly rather than a mechanical issue. There is no evidence of recurring faults or worsening conditions in the official MOT history, though the lack of advisories does not preclude underlying wear in high-mileage components such as suspension bushes, coil springs, or drivetrain joints. The absence of emissions-related failures is notable, indicating the hybrid system has not triggered a lambda sensor or catalytic converter advisory during these tests. The mileage progression reveals a consistent annual average of approximately 7,264 miles, which aligns with typical usage patterns for a vehicle of this age. There are no significant gaps in service intervals, and the recorded mileage between tests remains steady—ranging from 13,807 miles (2022–2023) to 17,353 miles (2023–2024). The lack of mileage spikes or prolonged inactivity suggests the vehicle has been driven regularly rather than stored, which could mitigate some corrosion risks. However, the 2025 test occurred at exactly 152,534 miles, identical to the previous record, which may indicate either a mislogging error or that the odometer was not reset between tests. Given the vehicle’s age and mileage, a prospective buyer should prioritise an inspection of the suspension system, particularly the rear subframe mounts and front strut bushes, as these are common wear points in Prius models of this era. The hybrid battery compartment should be checked for corrosion or fluid leaks, though no advisories in the MOT history suggest immediate failure. Brake discs and pads, while not flagged in tests, will require assessment for uneven wear or binding calipers, especially if the vehicle has been driven at high speeds or in heavy traffic. Structural integrity—particularly around the wheel arches, sills, and underbody—should be examined for rust penetration, as hybrid vehicles often accumulate moisture in lower components. The absence of advisories does not guarantee these areas are sound, but it does indicate no prior testers identified critical failures.