2019 Toyota C-HR 1.8L Hybrid electric · LT19 LKP

The 2019 Toyota C-HR maintains a generally acceptable roadworthiness status, passing its most recent MOT on 2026-03-16 at 92,721 miles, though the maintenance trend reveals a worsening pattern of deferred consumable upkeep. The tester flagged multiple advisories during this latest inspection, including worn front suspension arm pins and bushes on both sides, pitted and scored rear brake discs, and perishing rear tyres. A deteriorated offside headlamp adjuster also appeared. These faults indicate a decline in preventative maintenance, moving beyond minor wear into components directly affecting handling and braking efficiency. Covering 92,721 miles over roughly seven years equates to an annual average of approximately 13,246 miles, marking this vehicle as higher-than-average use for its age. The mileage accumulation accelerated notably in recent years. Between the February 2024 test at 59,760 miles and the March 2025 test at 76,370 miles, the car covered 16,610 miles in just over a year. A further 16,181 miles were added between March 2025 and the March 2026 test. Such rapid accumulation places accelerated wear on consumables and mechanical components, which aligns with the recent advisories for braking and suspension parts. A buyer must inspect the structural integrity of the front suspension closely, given the recurring wear in the arm pins and bushes flagged in March 2026. Excessive play here directly compromises steering precision and induces uneven tyre wear. The rear brake discs require immediate measurement for thickness and scoring, as pitting and wear compromise braking performance and suggest the previous owner ignored the consumable wear cycle. Tyre condition demands rigorous scrutiny across the vehicle's history. The March 2025 failure for a deep offside front tyre cut, combined with the current rear tyre perishing and cracking, demonstrates a persistent failure to monitor rubber condition. Replacing a tyre after a cut failure only to neglect age-related perishing on the rear axle suggests reactive rather than proactive maintenance. Inspect the exhaust emissions thoroughly, as high-mileage vehicles driven heavily often suffer from degraded catalytic converters or lambda sensor drift, which might not yet trigger a fault but could cause a future emissions failure.