2004 Toyota Prius 1.5L Hybrid electric · WA04 YGU

The vehicle is currently roadworthy, but the maintenance trend shows signs of recurring mechanical degradation and persistent corrosion. While it passed the latest test in April 2026 at 117,596 miles, the history reveals a pattern of unresolved issues from previous inspections. Specifically, the offside front wheel bearing and corroded brake pipes were flagged in both 2025 and 2026, indicating that the vehicle is being operated with a reactive rather than a preventative maintenance approach. At 22 years old, the Prius has covered 117,596 miles, averaging approximately 5,345 miles per year. This low-mileage profile suggests the car has not seen heavy use, which often explains the age-related deterioration of rubber components and metal surfaces. Between March 2025 and April 2026, the vehicle covered 4,045 miles, showing a consistent low-usage pattern that may contribute to the drying out of seals or the accumulation of corrosion noted in the records. A buyer must conduct a thorough physical inspection of the structural integrity and braking system. The records consistently identify the integral body structure and front suspension mounting areas as corroded; while currently deemed non-structural, this rust is a worsening condition on a vehicle of this age. The failure in March 2025 due to excessive corrosion and leaking on the rear brake pipe highlights that the braking lines are a significant point of failure and require close monitoring to ensure no further thawing occurs elsewhere on the system. Furthermore, the offside front wheel bearing requires immediate attention as it has been noted as noisy or rough across three separate testing periods. The recurring mention of corrosion on both front and rear artwork springs, along with worn suspension bushes, suggests the suspension geometry is nearing the end of its functional life. Any prospective purchaser should check for signs of sagging springs or uneven tyre wear, as the low mileage has not prevented the natural environmental decay of these mechanical components.