2011 Toyota Auris 1.6L Petrol · BJ11 RYU

The vehicle is currently roadworthy but exhibits a worsening trend in mechanical degradation and deferred maintenance. While it passed its latest test in March 2026 at 112,484 miles, the tester identified a high volume of advisories that mirror recurring issues from previous years. The presence of worn suspension arm bushes, deteriorated CV boots, and a corroded exhaust joint indicates that while the car remains legal for the road, multiple components are reaching the end of their functional life simultaneously. At 112,484 miles over 15 years, the Toyota Auris has averaged approximately 7,500 miles per year, which is consistent with a typical commuter vehicle. The mileage data shows consistent use between tests, with roughly 4,000 miles covered between April 2024 and March 2025, and another 5,000 miles leading into the 2026 inspection. This steady usage suggests the wear on suspension and rubber components is a result of age-related fatigue rather than high-intensity stress. A buyer must prioritize inspecting the front suspension geometry, as the suspension arm bushes and ball joints have been flagged as worn or deteriorated since at least 2024. The recent 2026 report of a severely deteriorated offside front ball joint dust cover and a failing nearside front CV boot suggests imminent mechanical failure if not addressed. The braking system also requires attention; the offside rear caliper is binding, and the previous corroded rear brake pipe noted in 2025 indicates that rust is beginning to affect the hydraulic lines. The maintenance history also reveals a pattern of neglecting basic consumables, with tyres frequently found near the legal limit or sustaining structural damage across multiple test years. The heavy corrosion on the centre-to-rear exhaust joint noted in March 2026 is a concern for future structural integrity of the exhaust system. A thorough inspection of the underbody and exhaust system is necessary to ensure that surface rust has not progressed beyond replaceable components.