2008 Ford Transit Connect 1.8L Diesel · SD08 EVM

This 2008 Ford Transit Connect currently holds a valid MOT pass dated 30 January 2026, yet the maintenance trend over the preceding two years reveals a concerning pattern of recurring structural corrosion and mechanical deterioration. The most recent test passed only after the vehicle had failed four days earlier on 26 January 2026, where the tester flagged a parking brake efficiency failure, a below-minimum nearside front tyre, and excessive play in the offside track rod end. That same failure also noted slight play in the nearside front lower suspension ball joint and anti-roll bar linkage, advisories that carried over into the subsequent pass. The tester prescribed corrosion on both sill mountings during both January 2026 tests, indicating the structural decay was present but not yet severe enough to fail. Taken together, the record suggests a van that is being kept legal rather than properly repaired, with the owner addressing only the minimum needed to secure a pass certificate each year. The mileage data is sparse, with only three recorded readings across the full history. At the November 2024 failure the odometer read 65,628 miles, and by the November 2023 pass it stood at 64,080 miles, representing just 1,548 miles of use over twelve months. The January 2025 pass recorded 65,646 miles, meaning the van covered only 18 miles between November 2024 and January 2025. This extremely low annual mileage is unusual for a commercial Transit Connect and raises questions about whether the odometer reading is accurate or whether the vehicle has been standing idle for extended periods. Long-term storage accelerates corrosion in brake lines, suspension bushes, and sub-frame mounting points, which aligns with the pattern of decay visible in the MOT record. A buyer should treat the structural corrosion as the primary concern. The November 2024 failure recorded excessive corrosion within 30cm of both nearside and offside front body mountings on the sills, a defect serious enough to constitute a failure at that time. By January 2025 and again in January 2026, the same areas were flagged as corroded but no longer excessive, which is difficult to reconcile unless repairs were carried out or the corrosion was assessed differently. A physical inspection of both sill mounting areas, the front sub-frame, and the rear integral body structure is essential, ideally with a moisture meter or light tapping test to verify the extent of hidden decay beneath any surface treatment. Beyond the corrosion, the front braking system demands close attention. The November 2024 failure identified both front brake discs as seriously weakened, and the November 2023 pass noted the nearside inner disc as worn, pitted, or scored. This recurring front brake disc wear, combined with the January 2026 parking brake efficiency failure, points to a braking system that has been neglected. The front lower suspension ball joint and anti-roll bar linkage ball joint have shown slight play across both January 2026 tests, and the offside track rod end had excessive play at the January 2026 failure. These are all wear items that should be inspected for play on a lift, along with the power steering system, which was flagged for a leak at the November 2024 test and may have been repaired or may still be seeping. The nearside front tyre failure in January 2026 and the November 2024 advisory about the tread pattern being below 1.0mm suggest tyre maintenance has been reactive rather than proactive.