2007 Ford Galaxy 2.0L Diesel · MV07 SHJ

The vehicle is currently roadworthy, but the maintenance trend indicates a pattern of deferred repairs regarding suspension wear components. While it passed its most recent test in July 2025 at 176,988 miles, this followed a failure just two weeks prior due to multiple mechanical defects. The transition from a failure in June 2025 to a pass in July 2025 suggests the owner addressed immediate safety failures, such as the missing wheel wheel fixing, rather than following a proactive preventative maintenance schedule. At 176,988 miles over 19 years, the Galaxy has covered an average of approximately 9,300 miles per year, which is consistent with a family vehicle of this age. The data shows a recent increase in usage, with 7,457 miles covered between June 2024 and June 2025 tests. This level of mileage on a nearly two-decade-old Fordera chassis places significant stress on the drivetrain and underbody, which is evidenced by the recurring failures of the suspension arm bushes and ball joints. A buyer must conduct a thorough inspection of the structural integrity and suspension geometry. The May 2024 test revealed serious corrosion on the nearside rear suspension arm that was weakened, alongside general surface rust across all body components. Despite the later pass, the nearside front ball joint remained flagged with slight play in July 2025, indicating that the suspension system is in a state of gradual degradation. The rear brake discs were also noted as pitted and scored, which suggests long periods of sitting or poor environmental protection, leading to uneven wear. Furthermore, the SRS warning lamp failure in 2024 remains a critical concern; the buyer should ensure the airbag system has been properly cleared and rectified. The recurring history of uneven tyre wear and worn bushes suggests the vehicle may frequently be out of alignment. Immediate inspection of all ball joints and rubber bushings for further tearing is required to prevent future mechanical failure, as these components show a clear trend of repeated deterioration.