2022 Toyota Corolla Icon HEV CVT 1.8L Hybrid electric · SH71 LZO

The vehicle presents a generally sound mechanical picture as of its most recent MOT on 1 June 2026 at 67,207 miles, where it passed with only minor advisories. The maintenance trend appears stable, with no recurring serious mechanical or structural failures. The tester flagged a non-illuminating nearside rear registration plate lamp, a cut in the offside front outer tyre not reaching the ply, and a nearside front tyre worn close to the legal limit on both inner and outer edges. These are consumable items rather than indicators of underlying neglect, though the uneven tyre wear suggests the front wheel alignment or suspension geometry may warrant closer inspection. The mileage pattern is unusual and warrants careful interpretation. Between the January 2025 test at 17,806 miles and the June 2025 test at 18,344 miles, the vehicle covered only 538 miles in five months. Yet by 1 June 2026, the odometer read 67,207 miles, representing an addition of 48,863 miles in roughly twelve months. This sharp acceleration in annual mileage, from under 1,000 miles to nearly 49,000 miles in a single year, implies intensive use over the past twelve months. High-mileage hybrid vehicles can be robust, but this pattern places disproportionate wear on the drivetrain, braking system, and suspension components relative to the vehicle's four-year age. The January 2025 test revealed tyre deterioration across multiple wheels, with the nearside front tyre suffering a structural tear caused by separation or partial failure of its construction. The same test also noted cracking and perishing on both rear tyres and the offside front. The vehicle was retested on the same day and passed, indicating the owner replaced the affected tyres promptly. The recurrence of tyre-related advisories in June 2026, particularly the nearside front wearing on both edges, suggests the underlying cause has not been fully addressed. Edge wear on both shoulders typically points to chronic under-inflation or misaligned toe settings rather than simple neglect. A prospective buyer should prioritise a thorough inspection of the front suspension, including tracking, toe, and camber settings, along with the condition of suspension bushes and ball joints. The braking system deserves equal scrutiny given the mileage intensity, with particular attention to disc thickness, pad wear, and any signs of binding calipers. The hybrid battery's state of health should be verified through diagnostic readout, as high annual mileage in stop-start conditions can accelerate cell degradation. Finally, examine the underbody and sill areas for corrosion, as rapid high-mileage use does not inherently cause rust but may expose any existing protection failures more quickly.