2007 Ford Galaxy 2.0L Diesel · CA07 ATY

The vehicle presents a concerning maintenance trend characterized by recurring mechanical neglect and escalating structural corrosion issues. While it passed its most recent test in September 2024 at 127,064 miles, this result followed a significant failure just two days prior. The record shows a shift from basic consumable wear in 2022 to complex mechanical and structural defects by 2024, suggesting that the owner only addresses the minimum repairs necessary to pass the MOT test rather than performing preventative maintenance. The mileage pattern is highly irregular for a 19-year-old vehicle. Between September 2022 at 126,502 miles and September 2023 at 127,031 miles, the car covered only 529 miles in a full year. This stagnation continued into 2024, where just 16 miles were recorded. This suggests the vehicle sits stationary for long periods, which often correlates with the accelerated corrosion of components and degradation of rubber parts. Given the current date of June 2026, the vehicle has not been tested in nearly two years, making the current roadworthiness status potentially unreliable. A prospective buyer must prioritise a thorough inspection of the underbody and suspension system. The 2024 record flagged corrosion on the rear sub-frame, both rear suspension arms, and the offside coil spring. While noted as not seriously weakened at the time, rust on these load-bearing components progresses rapidly if untreated. The presence of an offside front oil leak and light misting on the nearside front shock absorber indicates active leaks that require monitoring or replacement to prevent failure. The braking history also reveals a pattern of poor upkeep, with a 2022 failure for significantly worn discs, a binding rear caliper, and inefficient parking brake. Recurring reports of tyres worn on the edges across multiple years suggest persistent alignment issues or incorrect inflation. Given the long periods of inactivity and the lack of an MOT since late 2024, the risk of seized mechanical components, perished seals, and further structural rot is high. A professional mechanical inspection is essential to determine the integrity of the chassis and the functional state of the braking system.