2019 Toyota Prius 1.8L Hybrid electric (clean) · FJ69 FPU

The 2019 Toyota Prius presents a stable roadworthiness trend with a clean pass recorded at its most recent test on 23 September 2025 at 163,363 miles. No defects or advisories appear on that certificate, and the same holds for the prior passes in September 2024 at 119,907 miles and September 2023 at 74,665 miles. The only blemish is a failed test on 20 September 2023 at 74,542 miles, yet the record shows no defects logged and a pass followed one day later at 74,665 miles, indicating the failure was administrative or a retest after minor correction rather than a serious mechanical fault. Annual mileage sits high for a seven-year-old vehicle. The records show 50,333 miles in September 2022, jumping to 74,665 by September 2023, then 119,907 by September 2024, and 163,363 by September 2025. That equates to roughly 43,000 miles added in the final year alone, well above the circa 23,000 average implied by the total. Such accumulation points to sustained motorway or fleet-style use, which loads drivetrain components, suspension bushes, and brake discs more heavily than low-mileage private use. The clean MOT history gives no flagged corrosion, binding calipers, exhaust emissions breaches, or worn coil springs across the five entries. A buyer should still commission an independent inspection of the hybrid battery cooling system, transmission fluid condition, and underbody structural integrity given the high annual distances. The absence of advisories suggests previous owners kept basic consumable upkeep current, but the 2023 same-week fail-pass without noted defects warrants a check of the original failure reason on the DVSA portal before purchase. Given the sparse but clean record, in-person checks should target tyre tread depth across all four corners, front suspension arm bushes, and rear brake disc wear. The rapid 2024 to 2025 mileage gain means these items may sit closer to replacement than a low-mileage example. No recurring fault trend exists in the data to suggest worsening mechanical risk.