2008 Dodge (usa) Avenger 2.0L Petrol · KN58 CME

The vehicle presents a concerning maintenance trend characterized by recurring structural degradation and deferred attention to mechanical wear. While it passed its most recent test in June 2023 at 166,321 miles, this result followed a period of significant failure in 2022. The current status is stable only in the immediate sense, as the underlying issues regarding sub-frame corrosion and suspension wear have persisted across multiple years, suggesting that the previous owner only addressed faults when necessary to pass the test rather than performing proactive preventative maintenance. At 166,321 miles over 18 years, the vehicle has averaged approximately 9,240 miles per year, which aligns with typical UK road use patterns. However, the data shows a sharp spike in usage between July 2019 and January 2022, where the car covered over 24,000 miles in just over two years. This rapid accumulation coincides with a cluster of serious mechanical failures, including ABS faults, electronic stability control issues, and corroded brake hoses, which emerged during the high-intensity 2022 testing cycle. A physical inspection must prioritise the structural integrity of the front sub-frame and rear sub-frame mounting points. The record consistently flags corrosion in these areas since 2019, and although the 2023 tester noted it was not seriously weakened, the progression of rust remains a primary risk. The buyer should also closely inspect the suspension arm bushes and trailing arm pins, which have been identified as worn or noisy in almost every recorded test. These components are nearing the end of their functional life and will likely require comprehensive replacement shortly. The braking system and drivetrain assembly also require critical scrutiny. The 2022 failures revealed excessively corroded brake hose ferrules and missing wheel fixings, indicating a potential neglect of basic safety inspections. Furthermore, the history of nearside front wheel bearings and split CV boots suggests that the front-end components are under significant stress. Given the previous ABS and SRS-related warning lamps, a professional diagnostic scan is essential to ensure the electronic safety systems were properly rectified rather than merely cleared.