2013 Ford Galaxy 2.0L Diesel · T88 SAF

Brake component wear represents the defining mechanical theme in this Ford Galaxy's MOT record, with brake-related advisories and a dangerous failure appearing consistently across multiple test cycles. The 2025-04-07 test resulted in a dangerous defect for nearside front brake pads measuring less than 1.5 mm thick, accompanied by advisories on pitted front brake discs on both sides. Front brake pads were flagged as wearing thin again in 2023 and 2022, indicating a recurring pattern of pad wear that has progressed beyond advisory thresholds. Additionally, the 2024-04-02 test recorded a major defect for a rough offside rear wheel bearing when rotated, with the same area showing slight noise as early as the 2021 test, indicating progressive deterioration of that component over time. Despite these concerns, the vehicle did pass its most recent test on 2026-04-02 with no defects recorded, suggesting the immediate safety-critical items were addressed, but the recurring nature of brake and bearing wear warrants careful evaluation given this Galaxy's age and mileage. With 159,126 miles recorded across approximately 13 years, this Galaxy has averaged around 12,240 miles annually, a notably high accumulation rate for a family MPV that suggests sustained heavy use rather than occasional light running. The annual testing pattern from 2021 through 2026 shows no multi-year gaps in testing, indicating continuous road use throughout the recorded period, though mileage figures between tests are not provided in the DVSA history so annual mileage increments cannot be verified directly. Higher mileage on a vehicle of this age typically correlates with accelerated consumption of braking components, suspension bushes, exhaust mounting rubber, and drivetrain bearings, all of which align with the advisories and failures seen in the record. The high annual mileage combined with a 13-year-old platform means mechanical sympathy items beyond those flagged in MOT testing, including cooling circuit integrity, automatic or manual gearbox fluid condition, and engine ancillary drive components, will likely be approaching or past their typical replacement thresholds. A prospective buyer should focus the physical inspection on the front braking system, particularly measuring both front disc thicknesses with a micrometer to verify they remain above the minimum wear limit, as the pitted surfaces noted in 2025 advisories often recur once corrosion or lipping takes hold. Lift the vehicle or listen carefully on a test drive for any humming or droning noise from the offside rear wheel area, as the rough bearing flag in 2024 and noisy bearing advisory from 2021 suggest potential re-emergence of bearing play. Inspect the nearside rear child seat anchorage points for the adult belt mechanism, since child seats being fitted prevented full inspection across multiple tests and could mask belt latch or retraction defects. Check the nearside front position lamp and both registration plate lamps for operation, as lighting defects were flagged in 2024, and examine the offside obligatory mirror for the cracking or damage recorded in 2021, 2022, and 2023 advisories. During a road test, pay particular attention to brake pedal feel and any judder or vibration under heavy braking, which would indicate disc warp often associated with the pitted front discs previously recorded. Listen for clunks or knocks from the front suspension over uneven surfaces, as high-mileage Galaxies commonly suffer from worn anti-roll bar drop links, wishbone bushes, and front strut top mount bearings, none of which may have been specifically flagged but accumulate wear proportional to the recorded mileage. Test the steering for any pulling to one side under braking or straight-line driving, which could reveal brake caliper slide pin seizing or uneven pad wear. Finally, raise the rear seats and inspect the nearside and offside rear tyre sidewalls and shoulders for uneven wear patterns, as both were flagged as worn close to the legal limit and on edge in 2022 and 2021 respectively, suggesting an underlying tracking or suspension geometry issue that may persist.