2019 Toyota Yaris 1.5L Hybrid electric (clean) · CU69 VRG

The 2019 Toyota Yaris presents an entirely stable maintenance trend, demonstrating consistent mechanical health across its lifespan. The most recent test on 10 September 2025 at 26,428 miles passed with zero defects, mirroring the outcomes of all prior tests. A failed test recorded on 9 September 2025 at 26,406 miles shows no defects, indicating a likely administrative or procedural anomaly rather than a mechanical fault, as the vehicle passed cleanly the following day. The absence of any advisories or failures throughout the recorded history points to a vehicle that has required no corrective mechanical attention to meet UK roadworthiness standards. Accumulating just 26,428 miles over seven years equates to an annual average of roughly 3,775 miles, confirming exceptionally light usage. The mileage progression shows steady, low-frequency driving: 3,691 miles in August 2022, 11,463 miles in September 2023, 18,170 miles in September 2024, and 26,406 miles in September 2025. However, the recorded mileage has remained entirely static at 26,428 miles since the September 2025 retest. Given today's date is July 2026, the vehicle has covered zero miles for nearly ten months, suggesting it has been standing idle for a prolonged period. Despite the pristine MOT record, the prolonged stationary period demands a focused physical inspection. A vehicle sitting idle for nearly a year risks localised corrosion on brake discs, binding calipers, and perished rubber suspension bushes and tyres. Inspect the tyre sidewalls for age-related cracking, as low annual mileage means the original rubber may still be in service and approaching the end of its safe lifespan regardless of tread depth. Check the brake discs for surface corrosion and ensure the calipers move freely. Examine the exhaust system and underbody for accelerated rust caused by prolonged standing without the heat cycles that typically dry out condensation. Verify the condition of the battery, as extended inactivity often leads to deep discharge and cell degradation.