2007 Toyota Aygo 1.0L Petrol · GP07 LZJ

Recurring issues with exhaust integrity and emissions, alongside intermittent tyre failures, define the recent history of this vehicle. While it achieved a clean pass on 31 January 2026, this followed a failure just one day prior due to a dangerous structural tear in the offside rear tyre and a major exhaust leak. A similar pattern emerged in January 2024, where the vehicle failed on emissions, deteriorated headlamp lenses, and another major exhaust leak before passing the following day. The recorded mileage of 79,156 miles is low for a nineteen-year-old vehicle, averaging approximately 4,166 miles per year. This low annual accumulation suggests the vehicle has seen lighter use than typical for its age. Mechanically, this usage profile often results in less wear on the drivetrain and engine internals, but can increase the likelihood of perishables, such as tyres and rubber bushings, deteriorating due to age rather than distance. Inspection should focus on the front suspension and rear damping, as records from 2020 and 2021 flagged worn suspension arm pins and bushes on both the nearside and offside front, as well as external damage to the nearside rear shock absorber casing. During a test drive, listen for knocks or clunks when traversing uneven surfaces or during low-speed steering manoeuvres, which would indicate further degradation of these bushings. Given the history of tyre wear and the dangerous structural failure in early 2026, a close physical inspection of all tyre sidewalls for cracking or bulges is necessary. The repeated failures regarding exhaust leaks and emissions in 2024 and 2026 necessitate a thorough check of the exhaust system's structural integrity. Listen for an excessive drone or loud popping sounds during acceleration, particularly from the rear joint where a major leak was previously recorded. Additionally, ensure the headlamp lenses are clear and provide an adequate beam pattern, as previous failures were attributed to product buildup on the lenses severely reducing light output.