2009 Toyota Auris 1.6L Petrol · FJ59 YLP

A clear pattern of corrosion-related wear and recurring minor electrical faults defines the mechanical history of this 17-year-old Toyota Auris. Across seven recorded MOT tests since 2021, the vehicle has accumulated four failures and five separate advisories, with the most recent attempt on 18 September 2025 resulting in a failed test due to a fractured nearside front coil spring, an inoperative nearside front position lamp, and a corroded offside rear brake pipe that was also flagged as an advisory on the same day. Position lamp failures have appeared repeatedly, occurring in both 2022 and 2023 tests, while suspension and brake component corrosion advisories have been a near-annual theme since at least 2021. The cumulative trend is one of gradual worsening rather than stable roadworthiness, with structural and lighting issues forming the core concerns. With 76,250 miles recorded over roughly seventeen years, the vehicle has averaged only around 4,485 miles annually, which is markedly low for its age. This level of usage typically results in extended periods of stationary storage, which can accelerate corrosion on unprotected ferrous components such as brake pipes, suspension subframes, and coil springs due to moisture retention and lack of regular drying through operation. The MOT testing record shows annual tests from 2021 onward with no prolonged gaps, indicating the vehicle has remained in active use rather than off the road for multi-year periods, although the low annual mileage still means many components have aged through time rather than wear. The relatively modest mileage also explains why major wear items such as the engine and drivetrain are unlikely to be heavily stressed, but it does not protect against the time-dependent deterioration evident in the brake and suspension systems. For a prospective buyer, the fractured nearside front coil spring recorded as a major failure in September 2025 is a critical item that must be verified as professionally replaced before purchase, and the offside rear brake pipe advisory for corrosion covered in grease to the caliper should be physically inspected for active rusting, swelling, or weeping, as corroded flexible brake lines represent a serious safety risk under braking pressure. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, which could indicate the remaining spring or strut mount is also compromised, and pay particular attention to brake pedal feel for any sponginess or excessive travel that may suggest further brake pipe deterioration. The recurring position lamp failures across multiple tests suggest checking that every front, rear, and side marker bulb illuminates reliably, as the defect appears to have been intermittent in nature. Further inspection should focus on the front and rear suspension subframes, which were flagged with corrosion advisories in the September 2024 test, as these structural components are safety-critical and costly to repair if corrosion progresses to a structural failure point. Examine the inner faces of the rear brake discs for the slight surface corrosion previously noted in 2023, and check for any vibration or judder through the brake pedal during moderate stops, which would indicate the corrosion has developed into measurable run-out. The track rod end ball joint dust cover failure recorded in 2023 is another item to verify as properly rectified, and during a test drive the steering should be assessed for any looseness, knocking, or uneven tyre wear on the inside shoulders, which could indicate the joint has been replaced with a pattern part rather than to original specification. Given the consistent pattern of corrosion advisories and the recurring nature of the position lamp defects, a pre-purchase inspection by a qualified mechanic with the vehicle raised on a ramp would be strongly advisable to confirm the full extent of any structural deterioration.