2010 Ford Galaxy 2.0L Diesel · LC10 BOF

A clean and consistent record of roadworthiness defines this 2010 Ford Galaxy, with the most recent test on 13 February 2026 resulting in a pass and no advisories or defects recorded. That outcome follows a pass in March 2025, demonstrating that the vehicle has cleared its examinations without issue for two consecutive cycles. Two earlier entries on the same date of 4 March 2024, one failure immediately followed by a pass, are typical of minor items being rectified on site during the same visit and do not indicate a deeper mechanical concern given the absence of any defect recorded on either record. The absence of corrosion advisories on a sixteen-year-old people carrier is particularly noteworthy, as Mk2 Galaxy chassis, rear axle assemblies, and suspension subframes are notoriously susceptible to structural rust penetrating load-bearing areas. Equally, the lack of recorded brake, tyre, or suspension advisories across the recent tests suggests the consumable wear rate has remained within sensible parameters for the mileage accumulated. With 158,675 miles recorded over sixteen years, the vehicle has averaged roughly 9,917 miles annually, which sits squarely within expected parameters for a family MPV of this era. There are no anomalous gaps in the testing history that would imply long periods of inactivity or SORN, and the mileage progression between tests appears consistent with steady regular use rather than any sudden high-mileage accumulation or extended standing. For a vehicle of this profile and age, the main mechanical consequence of sustained high-mileage use typically centres on wear of dual-mass flywheels, clutch assemblies, turbocharger oil seals, and rear suspension bushes, all of which are common fatigue points on the Mk2 Galaxy platform but have not yet surfaced as testable defects. From a buyer inspection standpoint, particular attention should be paid to the rear suspension geometry, as the Galaxy is known for wear in the rear trailing arm bushes, coil spring seats, and damper mountings, none of which would necessarily produce an MOT failure until deterioration becomes pronounced. On a test drive, listen for clonking or knocking from the rear axle over uneven surfaces, particularly when traversing speed humps or potholes, and feel for any vagueness in the steering or wandering behaviour at motorway speeds that could indicate worn front wishbone bushes or anti-roll bar drop links. Inspect the underside thoroughly for any bubbling or surface corrosion along the rear subframe, around the fuel tank mounting area, and along the inner sill sections, as these are the typical first areas to deteriorate on this model. Under the bonnet, examine the engine and transmission joint for signs of oil misting or weeps around the cam cover, turbocharger oil feed lines, and the gearbox bellhousing, as higher-mileage TDCi units commonly develop seepage in these locations. Evaluate the clutch action for any slipping under load, juddering on take-off, or noise from the dual-mass flywheel when releasing the pedal at standstill. Finally, ensure the dual-zone climate control functions correctly on both sides, check the operation of the rear tailgate and sliding side doors for smooth latching, and confirm that the power-fold mirror mechanism and central locking operate reliably, as electrical gremlins in the body control module are a well-documented issue on this generation of Galaxy and are worth verifying independently of any MOT record.