2022 Toyota Corolla Icon HEV CVT 1.8L Hybrid electric · FD22 LEU

This Corolla's MOT narrative is dominated by a single but serious front-tyre failure recorded at the 2025 test, where the nearside front tyre was marked as Dangerous due to a structural bulge caused by casing separation or partial failure. Although the vehicle subsequently passed an MOT on the same date with advisories for both front tyres being worn close to the legal limit and on the inner edge, a Dangerous failure on a primary safety component is a noteworthy event in a relatively young car's history. The follow-up test on 2026-07-10 returned a Pass with only a minor advisory for a defective front wiper blade, suggesting the immediate tyre concerns were rectified, though the inner-edge wear pattern flagged previously merits ongoing scrutiny. The overall trajectory appears stable at present, but the front axle remains the area of mechanical interest rather than any systemic corrosion or running-gear deterioration. At roughly four years old with 20,279 miles on the odometer, this Corolla is averaging approximately 5,070 miles annually, which is notably below the typical mileage for a vehicle of its age and class. This lower accumulation rate is consistent with light commuter use, predominantly urban or short-journey driving, or extended periods of inactivity between trips. Mechanically, such a profile tends to preserve major drivetrain and suspension components but places greater demand on items affected by infrequent use, including 12V battery health, brake disc surface corrosion from lack of sustained thermal cycling, tyre ageing through standing exposure, and the potential for dried or cracked rubber bushes and boots due to static storage rather than active flexing. For a prospective buyer, priority attention should be directed to the front tyres and the steering and suspension geometry that governs their wear. The recorded inner-edge wear on both front tyres is a classic indicator of either incorrect wheel alignment, worn suspension bushes or wishbone joints allowing geometry to drift, or binding tie-rod ends. On a test drive, listen for clonking or knocking from the front end over speed humps and uneven surfaces, and feel for any vagueness, pulling to one side, or tramlining on uneven roads, all of which would suggest the underlying cause of the inner-edge wear has not been fully resolved. Inspect the sidewalls of the current tyres carefully for any signs of bulging, cracking, or uneven tread wear, and verify that a full alignment print is available if geometry work has been claimed. Given the relatively sparse advisory history, a thorough physical inspection should also cover the items most likely to suffer from low-mileage urban use. Check the brake discs for lipping or surface rust that has progressed beyond light oxidation, particularly after the vehicle has been standing, and confirm the callipers are releasing cleanly without binding. Examine the condition of the wiper blades and confirm the rear wiper function, as hybrid system airflow over the rear screen can mask smearing until visibility is compromised. Finally, verify the service history explicitly documents hybrid system checks, inverter coolant renewal if applicable to schedule, and 12V battery replacement, as these are the consumables most likely to have been overlooked on a low-mileage vehicle of this age and are not surfaced through the MOT testing record itself.