2006 Vauxhall Astra 2.0L Petrol · FH06 NNV

The vehicle presents a deteriorating roadworthiness trend based on the most recent data from September 2021. While it passed the test, the de-minima recorded at 80,912 miles reveal multiple mechanical advisories indicating a decline in preventative maintenance. The shift from a clean record in 2020 to a list of suspension and braking defects in 2021 suggests that the vehicle is beginning to suffer from age-related degradation despite its low annual mileage. At 80,912 miles over a 20 year span, this Astra has averaged approximately 4,046 miles per year, which is significantly below the standard national average for a vehicle of this age. The records show a consistent pattern of use between 2017 and 2021, with roughly 24,000 miles covered over that four-year period. This low usage often leads to the drying of rubber components and the accumulation of corrosion, which is evidenced by the perished tyre and worn beam bushes noted in the 2021 inspection. A buyer must prioritise a thorough inspection of the rear-end suspension and braking system. The 2019 test flagged worn rear beam bushes, while the 2021 test identified play in the nearside front track rod end and a corroded rear brake pipe. These issues indicate that the steering and suspension geometry are failing due to age rather than high mileage. The weak handbrake effort and minor exhaust leak noted in 2021 also require immediate verification to ensure they have not progressed into a structural failure or a significant mechanical fault. Given that the last recorded MOT was in September 2021, the vehicle is currently nearly five years out of date. This lack of recent testing is a major red flag, as structural rust and brake line corrosion are likely to have advanced significantly without oversight. A physical inspection to check for deep corrosion on the sills and the integrity of the exhaust system is essential, as the low-mileage history does not protect the vehicle from the inevitable effects of time and environmental exposure.