2022 Toyota Corolla GR Sport HEV CVT 1.8L Hybrid electric (clean) · SD71 TPX

A consistent pattern of near-limit front and rear tyre wear on the nearside, coupled with pitted or scored front brake discs, defines the mechanical profile of this Corolla. The most recent test on 3 July 2026 returned a clean pass with no advisories, which is encouraging, but the previous February 2026 assessment reveals that this is a vehicle which has been working its tyres and front braking surfaces hard. The earlier February 2026 entry, which resulted in a fail before a same-day pass, flagged both front discs as pitted or scored alongside the nearside rear fluctuating slightly under braking. With the discs and tyres having been addressed prior to the successful re-test, the immediate braking and tyre condition is sound, but the underlying tendency towards nearside edge wear suggests that geometry, particularly tracking and camber, may be drifting and warrants measurement at the next service interval. With 71,045 miles accumulated over approximately four years, this Corolla is covering close to 18,000 miles per year, which is markedly higher than the typical mileage for a hybrid family saloon of this age. The annual rate has clearly remained fairly steady between MOT entries, indicating a car in regular daily use rather than one subjected to long idle periods followed by sporadic journeys. High annual mileage of this magnitude on a hybrid powertrain is not in itself a concern for the battery or major drive components, but it does accelerate wear on the conventional consumables, namely the brake discs, pads, tyres, and suspension bushes, which are mechanical items that the MOT history already corroborates are showing signs of use at this mileage band. A prospective buyer should focus the inspection around the front axle and the nearside corner in particular, as the history points to repeated nearside-specific wear. On a test drive, listen for any clonking or knocking from the front suspension over speed humps or rough tarmac, which could indicate worn lower wishbone bushes or droplinks. Pay close attention to steering behaviour, specifically any pulling to the left under braking or at a steady cruise, as this would reinforce the tracking concern suggested by the edge wear pattern on the nearside tyres. When stationary, turn the wheel lock to lock and feel for any juddering, binding, or uneven resistance through the rack, which on a hybrid with regenerative braking can mask a seizing caliper until the discs run hot. When inspecting the brakes physically, request a cold start so that any brake pad noise or binding from the nearside rear caliper can be heard clearly without diesel or contamination masking the symptom. Feel through the brake pedal for excessive pulsation, which would confirm whether the pitted front discs have been fully replaced or merely skimmed, as skimmed discs often regenerate the same lip and judder within a few thousand miles. Check the rear nearside tyre and brake area for any grease staining, uneven pad deposition, or a wheel that feels hotter than its counterpart after a short drive, all of which would point to a caliper slider or hydraulic issue developing. Finally, examine the underside for any corrosion on the suspension arms, anti-roll bar mounts, and rear hub assemblies, as higher mileage hybrid vehicles frequently begin to surface surface rust on exposed subframe components even at four years of age, particularly in winter-driven examples.