2022 Toyota Corolla Icon HEV CVT 1.8L Hybrid electric · AK71 HDO

The 2022 Toyota Corolla Icon HEV CVT presents a stable overall roadworthiness status as of its most recent MOT, though a distinct worsening trend in brake condition is evident. During the August 2025 test at 83,576 miles, the tester flagged worn brake discs, contrasting sharply with the severe pitting and corrosion noted in the July 2024 test at 30,714 miles. This progression suggests the original discs were replaced following the 2024 advisory, yet the new components have already worn down rapidly under intense use. The vehicle passed both tests, confirming the braking system remains legally compliant, but the recurring disc wear points to aggressive driving habits or a lack of proactive component renewal. Accumulating 83,576 miles over four years equates to an annual average of roughly 20,894 miles, a high figure that accelerates wear on consumables and drivetrain components. The mileage jumped drastically between the July 2024 test at 30,714 miles and the August 2025 test at 83,576 miles, adding over 52,000 miles in just thirteen months. This rapid accumulation implies prolonged motorway driving or extended periods of continuous use, which places significant stress on the hybrid battery, braking systems, and suspension bushes. A prospective buyer should thoroughly inspect the braking components and structural integrity of the undercarriage. The repeated advisories regarding brake disc pitting and corrosion indicate the vehicle may have been left standing for extended periods, a common trait in high-mileage fleet vehicles where surface rust forms rapidly on unprotected cast iron discs. Check the inner edges of the rear wheels for uneven wear, given the previous advisory regarding the Nearside Rear tyre wearing on the inner edge, which hints at a potential suspension geometry issue or worn suspension bushes. Examine the coil springs and suspension components for fatigue, as the high mileage and rapid accumulation rate increase the risk of premature failure in these areas.