2010 Toyota Prius 1.8L Hybrid electric · LP59 CCX

The most recent MOT inspection on 10 February 2026 resulted in a pass, but the vehicle's maintenance profile indicates a worsening trend regarding its running gear and structural integrity. While the vehicle has consistently passed its tests, the frequency and nature of advisories have escalated in recent years. The transition from minor electrical issues and tyre wear to more significant mechanical advisories involving the sub-frame, steering rack, and suspension components suggests that the vehicle is entering a phase of accelerated wear. The presence of structural corrosion advisories alongside multiple suspension and steering defects indicates that the vehicle is requiring increasingly frequent attention to maintain its roadworthiness. With 294,740 miles recorded over approximately sixteen years, this Toyota Prius has been driven at an average rate of roughly 18,421 miles per year. This is a high-mileage profile that places significant stress on all mechanical systems, particularly the hybrid drivetrain, braking system, and suspension geometry. Such high annual usage typically implies consistent motorway or long-distance driving, which can be beneficial for engine health but inevitably leads to the advanced wear seen in the steering and suspension components. A buyer must account for the fact that high-mileage vehicles often experience cumulative fatigue in rubber bushings, seals, and metal components that are not always immediately apparent during a brief inspection. Prospective buyers should pay close attention to the steering and suspension during a test drive. The history of play in the steering rack inner joints, track rod ends, and the Macpherson strut ball joint suggests potential instability in the steering feel. Listen for knocking or clunking noises when driving over uneven surfaces or turning the wheel at low speeds, which would indicate that the suspension bushes and ball joints require imminent replacement. Furthermore, the advisory regarding sub-frame corrosion is a critical point of concern; while not currently classified as seriously weakened, structural rust can progress rapidly. You should inspect the underside of the vehicle for significant scale or perforation, as this could lead to a future MOT failure and expensive structural repairs. The braking system also requires careful scrutiny due to recurring advisories regarding worn discs, thin pads, and corroded brake hoses. During your test drive, check for any brake shudder or pulsation through the pedal, which may indicate warped or heavily pitted discs, and listen for any squealing that suggests the pads have reached their wear limit. The mention of oil misting on the nearside front shock absorber suggests a seal failure that will eventually lead to a loss of damping efficiency and potentially uneven tyre wear. Finally, given the high mileage and age, verify the service history to ensure that essential fluids, such as the hybrid inverter coolant and brake fluid, have been changed according to manufacturer intervals to prevent long-term degradation.