2006 Toyota Prius 1.5L Hybrid electric (clean) · LR06 ABK

The 2006 Toyota Prius presents a stable roadworthiness profile based on its most recent MOT test on 2026-02-26 at 100,345 miles, which resulted in a pass with no defects recorded. However, a conflicting entry on the same date notes a failure with no defects listed, creating ambiguity in the record. Assuming the pass is accurate, the vehicle shows no immediate mechanical concerns. The absence of advisories or failures in the last three tests (2023–2026) suggests consistent maintenance, though the low mileage of 5,017 miles annually for its age raises questions about long-term component wear, particularly in electrical systems and fluid integrity. The mileage progression from 89,249 miles (2023) to 100,345 miles (2026) reflects a steady annual increase of approximately 3,500–4,000 miles, aligning with the vehicle’s low usage pattern. This suggests the car has likely been driven sparingly, potentially leading to issues such as battery degradation or corrosion in static areas. The lack of significant defects in the MOT history indicates the previous owner prioritized basic upkeep, though the sparse data limits insight into deeper mechanical trends. The 2026 test’s proximity to the current date (2026-07-20) confirms the vehicle’s recent compliance, but no recent servicing records are available to corroborate this. A buyer should inspect the Prius’s hybrid battery, cooling system, and electrical connections for age-related wear, as these components are critical to its performance and safety. Visual checks for rust on the chassis and underbody are essential, given the vehicle’s 20-year lifespan. The suspension and brake systems, though unmentioned in MOT records, warrant scrutiny for stiffness or uneven wear, as low mileage can mask gradual deterioration. The absence of tyre-related advisories is positive, but tread depth should be verified independently, as the MOT does not assess this. Overall, the vehicle appears mechanically sound but requires careful evaluation of its aging hybrid systems and potential hidden corrosion.