2000 Ford Mondeo 2.0L Petrol · W974 SFM

A history of intermittent mechanical failures and component deterioration defines this vehicle's recorded MOT profile, with the most recent recorded test on 12 May 2011 showing a pass with no defects. The earlier records reveal a pattern of significant failures involving suspension components, braking systems, and lighting, alongside recurring advisories for worn tyres and deteriorated suspension arm rubber bushes. While the 2011 result suggests a period of compliance, the preceding years showed a tendency for multiple critical failures to occur simultaneously, specifically regarding shock absorber leaks and drive shaft coupling integrity. The vehicle has covered 145,089 miles over its approximately 26-year lifespan, which equates to an average annual usage of roughly 5,580 miles. This represents a low annual mileage accumulation for a vehicle of this age. While lower mileage can reduce wear on certain drivetrain components, such a low rate of use can also lead to longer periods of inactivity, which may affect the condition of rubber seals and various perishable components. The lack of recorded data after 2011 means the current mechanical state cannot be verified against recent roadworthiness standards. Prospective buyers should pay close attention to the suspension and steering geometry, given the historical advisories regarding deteriorated lower suspension arm rubber bushes and the failure of the offside front shock absorber due to a fluid leak. On a test drive, listen for knocking or clunking noises when traversing uneven surfaces or speed bumps, and check for any wandering or pulling in the steering if the bushes are no longer providing adequate stability. The previous failure of the nearside front drive shaft coupling also warrants a check for excessive vibration through the floor or steering wheel under acceleration, which could indicate further degradation of the CV joints or rubber boots. The braking system and wheel integrity should also be scrutinised, following recorded failures of weakened brake discs and thin brake pads, as well as user-reported bent inner rims. During a test drive, monitor for any pedal judder or pulsation when applying the brakes at speed, which may indicate disc thickness or surface irregularities. Additionally, ensure there is no pulling to one side during braking and inspect the wheels for any signs of impact damage or structural deformation that could affect high-speed stability.