2010 Ford Galaxy 2.0L Petrol · EO60 RYM

A spotless MOT history defines this 2010 Ford Galaxy, with the most recent test on 29 September 2025 recording a clean pass and no advisories whatsoever, continuing a pattern that stretches back through every recorded examination since 2022. Across five MOT entries spanning just over three years, the vehicle has achieved four passes and one failure, yet remarkably that failure on 2 October 2024 also shows no defects recorded, indicating an administrative or procedural refusal rather than a mechanical issue, since a retest just two days later on 4 October 2024 produced an immediate pass with no advisory items. This is an unusually clean record for a 16-year-old MPV of this size and complexity, suggesting that the structural and mechanical components typically flagged on vehicles of this vintage corrosion on underbody and subframe, suspension bush wear, brake pipe degradation, and exhaust integrity have not yet reached the threshold for advisory reporting. The complete absence of advisory notes across consecutive tests is a positive indicator for a buyer, though it should be noted that DVSA testing is a snapshot rather than a comprehensive mechanical audit, and components operating at the lower end of serviceable condition may not yet have crossed advisory thresholds. Annual mileage of approximately 6,975 miles over a 16-year life is broadly typical for a vehicle in this age bracket, placing this Galaxy in the average usage bracket for UK private cars. The mileage progression across tests indicates consistent use rather than any extended periods of standing, which is mechanically favourable because regular running keeps the drivetrain, braking system, and emissions components free from the corrosion and fluid degradation that commonly afflict vehicles that are laid up for prolonged periods. There are no unusual jumps or gaps in the recorded odometer readings, which suggests honest and consistent logging rather than clocking or irregular usage patterns. At 111,605 miles, the vehicle sits in a mileage band where consumable wear becomes increasingly relevant, but the absence of MOT advisories implies that the rate of wear has been proportionate to the mileage accumulated. For a prospective buyer, the test-drive focus should logically fall on the components most likely to present serviceability issues on a Ford Galaxy of this generation and mileage, even though none have yet been flagged by the tester. The rear suspension setup on this platform is known for wear in the coil springs and trailing arm bushes, so listen for clonking or knocking from the rear over uneven surfaces and observe whether the vehicle sits level when unladen. The front suspension should be checked for play in the wishbone bushes and anti-roll bar drop links, as these are recurring failure points on higher-mileage Galaxies. During the test drive, pay particular attention to steering response and any pulling to one side, which can indicate worn suspension geometry or unevenly worn front brake components, and listen for any binding or grinding from the front wheels when manoeuvring at low speed, which would suggest seized caliper slide pins. Given the complete absence of corrosion advisories in the MOT record, a prospective buyer should still perform a thorough physical inspection of the underbody, paying close attention to the rear subframe mounting points, inner and outer sills, jacking points, and the area surrounding the fuel filler neck, as these are known corrosion hotspots on Mk2 Galaxy models even when not yet flagged. The braking system, while untested in advisories, should be evaluated for pedal feel and any judder under heavy braking, and the handbrake holding effectiveness on an incline should be confirmed. Engine bay inspection should focus on signs of oil misting around the cam cover gasket and oil filter housing, as these engines commonly develop minor seepages at this age. Finally, a compression test or electronic diagnostic scan for stored fault codes would provide valuable reassurance given the vehicle's age, even though the MOT record itself presents a favourable picture of this Galaxy's mechanical condition.