2019 Toyota Mirai Electric · WN69 GPY

The official DVSA testing history for this 2019 Toyota Mirai demonstrates a solid baseline of roadworthiness, having passed its initial MOT test in November 2022 at 24,870 miles without any major or dangerous defects. While official records beyond this initial three-year inspection are absent from the provided log, the initial assessment indicates an overall stable mechanical foundation. The singular note of caution from the recorded testing history centers on minor wear and pitting to the front brake discs, which represents expected consumable degradation rather than structural or systemic vehicle failures. Accumulating just 24,870 miles over roughly seven years equates to an exceptionally low average annual usage rate of approximately 3,550 miles. While low mileage is often attractive to prospective buyers due to minimal overall component fatigue, it strongly suggests extended periods of static storage or infrequent short-distance trips. For a modern vehicle, prolonged inactivity introduces distinct mechanical risks that differ from standard wear and tear, particularly regarding friction materials, auxiliary electrical systems, rubber suspension bushes, and hydraulic systems that rely on regular operation to remain healthy. Given the specific advisories logged for worn, pitted, and scored inner surfaces on both front brake discs, a thorough physical examination of the braking system is mandatory. Vehicles subject to low usage frequently suffer from surface corrosion on cast iron brake discs, which can lead to binding calipers, pad material delamination, and severe judder felt through the brake pedal or steering wheel during deceleration. On a test drive, listen carefully for scraping or grinding noises under light application, and ensure the vehicle pulls up straight without pulling to one side. Inspect the inner and outer faces of the front brake discs to confirm whether these components have since been renewed or if the pitting has advanced to a degree that requires immediate replacement. Beyond the braking apparatus, a prospective buyer must scrutinize time-sensitive components that degrade regardless of low mileage. Examine all four tyres for sidewall cracking, perishing, and flat-spotting caused by prolonged stationary storage, paying close attention to the tire age codes to ensure the rubber compound has not hardened excessively. The 12V auxiliary battery should undergo a dedicated health and charge check, as low-mileage vehicles frequently suffer from battery degradation due to parasitic drain. Finally, because calendar intervals supersede mileage thresholds when a vehicle sits idle, verify the service history to confirm that brake fluid flushes, coolant checks, and general inspections have been executed strictly according to Toyota time-based schedules.