2006 Chrysler Crossfire 3.2L Petrol · YD06 YGJ

The vehicle presents a concerning maintenance trend where structural corrosion and mechanical wear are progressively appearing across multiple inspection points. While the October 2025 test at 98,427 miles resulted in a pass, the record shows a persistent pattern of deteriorating components. The tester flagged new issues with the nearside front wheel bearing and thinning front brake pads, alongside existing concerns regarding an oil leak and corrosion on both the front and rear vehicle structures. The presence of recurring advisories suggests that while the car remains legal, the underlying condition is not being proactively addressed. The recorded mileage of 98,427 miles over approximately twenty years indicates a low annual average of roughly 4,921 miles. This low usage pattern is evident in the relatively small jumps between tests, such as the 1,599-mile increase between the November 2024 and October 2025 inspections. While low mileage often implies less mechanical wear, the MOT history suggests this vehicle may have suffered from age-related degradation or long periods of inactivity, which often accelerates corrosion in chassis components and rubber brake hoses. A prospective buyer must prioritise a thorough underside inspection to assess the extent of the structural decay. The record shows a consistent history of corrosion affecting the subframe, rear brake pipes, and suspension component mountings, with the October 2023 failure specifically noting excessive corrosion on the nearside rear inner sill. The fact that outer sills were previously covered to prevent inspection is a significant red flag. The ongoing presence of an oil leak and the recent advisory regarding wheel bearing play indicate that mechanical maintenance has been reactive rather than preventative. Immediate attention should also be directed toward the braking system and steering. The history shows repeated issues with thinning brake pads and deteriorating brake hoses, as well as play in the drag link end ball joints. Given the recurring advisories for discoloured indicators and headlamp defects, the electrical and lighting components should also be verified for long-term reliability. The combination of spreading structural corrosion and multiple mechanical advisories suggests that significant investment may be required to ensure long-term roadworthiness.