2007 Toyota Auris 1.6L Petrol · PK07 JCZ

The defining characteristic of this vehicle’s inspection history is a progressive deterioration of structural integrity and safety-critical components, culminating in a failed test on 5 February 2026. The most significant concern is the documented progression of corrosion at the inner seat belt anchorages, which was recorded as an advisory in February 2025 before escalating to a major failure due to significantly reduced sill strength and continuity. This structural degradation is compounded by chronic wear across the braking and tyre systems. The rear brake discs have been consistently flagged as worn, pitted, or scored across every recorded test since March 2020, while the rear brake pipes previously failed on excessive corrosion in July 2023. The February 2026 assessment also recorded dangerous structural separation in both front tyres and an offside rear tyre worn close to the legal limit. The overall trend indicates a vehicle where underlying corrosion and component fatigue have steadily worsened, requiring immediate attention to structural safety and road-holding before it can be considered roadworthy. At 178,816 miles over approximately nineteen years, the vehicle has accumulated mileage at a rate of roughly 9,400 miles annually, which aligns with typical usage patterns for a vehicle of this age. This steady accumulation suggests consistent road use rather than prolonged periods of storage, meaning wear on consumables and suspension components will reflect genuine operational mileage rather than age-related degradation from standing. The testing record shows a gap of nearly two years between the May 2022 and August 2023 inspections, during which time the oil level was noted at minimum with a non-excessive leak, and the rear brake discs continued to deteriorate. The consistent annual testing pattern otherwise indicates regular compliance checks, but the mileage profile confirms that all recorded wear items, particularly the rear braking components and tyre tread, have been subjected to sustained operational stress over a long service life. Prospective buyers must prioritise an independent structural inspection to verify the current condition of the floor pans and seat belt mounting points, given the documented progression from advisory corrosion to a major sill failure. A qualified technician should probe the metalwork around the rear seat belt anchorages and along the lower door sills to assess whether the corrosion has compromised the load-bearing structure or if it remains superficial. On the test drive, attention should be directed to the braking performance, specifically monitoring for pedal judder, a spongy feel, or uneven braking pull, which would indicate retained.