2012 Vauxhall Astra 1.6L Petrol · LL62 HWR

The vehicle is currently roadworthy but presents a history showing a trend of reactive rather than proactive maintenance. While the most recent test in June 2025 at 173,777 miles was a pass, it occurred just three days after a significant failure. That failure identified multiple critical safety defects, including exposed cords on two front tyres and an excessively twisted nearside front brake hose, suggesting the owner only addresses mechanical faults when forced to by the MOT testing process. At 173,777 miles, this Vauxhall Astra has covered significantly more mileage than the national average. The data between April 2023 and June 2025 shows a rapid accumulation of 80,209 miles in just two years, averaging roughly 40,000 miles per annum. This intense rate of use puts immense strain on drivetrain components, suspension, and braking systems. The gap between the 2024 test and the 2025 test highlights this period of heavy usage, which correlates with the accelerated wear seen on rubber components and metal hardware. A prospective buyer must scrutinize the braking system and suspension due to recurring issues. The April 2024 test noted a binding offside front brake and pitted discs on the rear, while the April 2023 failure revealed a fractured nearside coil spring. These entries indicate that the chassis components are reaching the end of their service life. The twisted brake hose noted in 2025 is a particular concern as it suggests poor installation or previous mechanical interference, which could lead to sudden hydraulic failure if not monitored. The tyre history also reveals a pattern of neglecting basic consumables. The vehicle failed on tyre-related defects between 2023 and 2025, ranging from illegal tread depths to structural damage on the sidewalls. Given the high mileage and the age of the vehicle, a physical inspection should check for corrosion on the exhaust system and the integrity of the suspension bushes to ensure the high-mileage history has not compromised the structural stability of the car.