2019 Toyota Auris 1.8L Hybrid electric (clean) · EF68 CFG

The 2019 Toyota Auris presents a mixed roadworthiness profile. The most recent MOT, conducted on 15 January 2026 at 34,653 miles, resulted in a pass; however, it followed a failure just one day prior at the same recorded mileage. The failure on 14 January 2026 flagged a structurally torn offside front tyre, excessively fluctuating front service brakes, a worn and pitted front brake disc, a nail in the nearside rear tyre, and a parking brake lever with excessive movement. The subsequent pass confirms these specific items were addressed, yet the pattern of recurring tyre degradation advisories across four consecutive annual tests suggests a persistent underlying issue rather than isolated events. The maintenance trend is therefore stable in the short term but shows a chronic, unresolved weakness in tyre condition monitoring. The mileage accumulation of this vehicle is notably low. Between the January 2023 test at 16,163 miles and the January 2026 test at 34,653 miles, the car covered 18,490 miles over three years, averaging approximately 6,160 miles per year. This is modest for a modern petrol hatchback and indicates predominantly short, local journeys. Such usage patterns can accelerate certain types of wear, particularly moisture-related corrosion on brake components and exhaust systems, as the powertrain may rarely reach full operating temperature. The recorded mileage has remained static at 34,653 miles since the January 2026 tests, which warrants verification that the vehicle has not been standing idle for an extended period since. A buyer should prioritise a thorough inspection of the braking system. The January 2026 failure specifically cited a pitted front brake disc and excessive fluctuation in the front service brake, which points to potential uneven pad deposition, sticking caliper slides, or a warped disc that may have been replaced without addressing the root cause. The front brake assembly, including caliper pistons and slide pins, should be checked for free movement. The parking brake mechanism, flagged for excessive lever travel, requires inspection of the rear cable adjustment and the condition of the rear parking brake shoes or integrated caliper mechanisms. The recurring tyre advisories demand close scrutiny. Cracking and perishing on multiple tyres across successive years, culminating in a structural tear in January 2026, strongly suggests the vehicle has been fitted with either aged budget tyres or has suffered prolonged UV exposure and underinflation. All four tyres should be checked for date codes, and the sidewalls examined for deep crazing. Given the low annual mileage, the condition of the suspension bushes and coil springs should also be assessed, as infrequent but heavy use can cause localised stress fractures not always visible during a standard MOT.