2006 Ford Mondeo 2.0L Diesel · EN06 NWC

The vehicle is currently in a state of significant neglect, showing a worsening trend in mechanical and structural integrity. The latest test in February 2026 at 164,961 miles resulted in a comprehensive failure involving multiple safety-critical defects including corrosion and braking failures. While the car passed in late 2024, the subsequent 2026 failure indicates that critical issues were either not addressed or have deteriorated rapidly, suggesting the vehicle is not roadworthy in its current condition without extensive repairs. The recorded mileage of 164,961 miles over a twenty-yearyear span reflects an average use of approximately 8,250 miles per year, which is consistent with a vehicle of this age. However, the data shows a recent period of low activity, with only 283 miles covered between November 2024 and February 2026, and a mere 6 miles between two previous tests. This low-frequency usage often correlates with the vehicle standing for long periods, which explains the accelerated surface corrosion and rubber degradation noted in the recent records. A buyer must prioritize the structural integrity of the chassis, as the February 2026 test flagged corrosion on both the front and rear subframes. The recurring presence of excessive corrosion on brake pipes and fuel lines indicates a systemic failure in rust protection that poses a genuine safety risk. Furthermore, the suspension is showing advanced wear, with corroded arms, worn ball joints, and failing coil springs across multiple axles. In-person inspection is required to verify the depth of the structural rust on the subframes and the condition of the brake fluid system. The recent failure for exhaust emissions and the battery warning light suggest underlying engine management or electrical issues that require professional diagnostic equipment. Given the history of failing on basic items like door handles and worn brake discs, the vehicle represents a high-risk prospect with likely hidden costs in maintenance and structural damage.