2009 Vauxhall Insignia 2.0L Diesel · K27 BAK

The vehicle presents a concerning roadworthiness profile characterized by a clear trend of accelerating structural corrosion and mechanical wear. While it passed its last recorded test in May 2022 at 171,143 miles, the sheer volume of advisories indicates a vehicle nearing the end of structural life. The lack of an MOT record for the past four years means the current state of the chassis is unknown, but given the previous reports of widespread rust, the integrity has likely deteriorated significantly since the last inspection. The mileage pattern is consistent with a 17-year-old vehicle averaging approximately 10,000 miles per annum. Between June 2019 and May 2022, the car covered 16,914 miles, showing steady use. However, there is a critical data gap between the May 2022 test and today's date in June 2026. If the vehicle has been driven during this four-year interval without testing, the mechanical components already flagged as failing, such as the fuel lines and suspension arms, are at high risk of catastrophic failure. A physical inspection must prioritize the structural integrity of the front and rear sub-frames. The 2022 test flagged significant corrosion on the front x-member, rear sub-frame, and multiple mounting points for the suspension arms. A buyer should specifically check for thinning metal on the fuel pipes and filler neck, as these were noted as corroded and pose a potential fire risk. The suspension is also in poor condition, with worn arm bushes, deteriorated joints, and leaking shock absorbers that likely require comprehensive replacement to restore safe handling characteristics. The braking system requires immediate attention, as the 2022 test noted pitted and scored rear brake discs alongside a handbrake with very little remaining travel. The presence of an oil leak and corroded steering pipes suggests that maintenance has been reactive rather than proactive. Given the extensive list of rust and the long period since the last recorded MOT, this vehicle represents a high risk for significant repair costs to make it roadworthy once again.