2012 Ford Focus 1.6L Diesel · AX61 AEN

The 2012 Ford Focus demonstrates a stable maintenance trend, with the most recent MOT on 2026-02-23 confirming a pass despite recurring suspension and exhaust issues. The tester flagged a minor exhaust gas leak (6.1.2 (a)) and worn rear suspension bushes (5.3.4 (a) (i)), both classified as advisories rather than failures, suggesting these were addressed or deemed non-critical. Previous failures in early 2026 highlighted similar suspension and exhaust concerns, alongside headlamp misalignment and tyre wear, but the subsequent pass indicates corrective action was taken. The absence of structural corrosion or major drivetrain faults in the latest test implies the vehicle remains roadworthy, though ongoing attention to suspension and exhaust components is advised. The vehicle’s mileage of 136,612 miles, accumulated at an average of 9,758 miles annually, aligns with typical usage for its 14-year age. MOT records show consistent annual testing, with no significant gaps between assessments. The 2024-02-28 test noted tyres worn close to legal limits, a recurring issue in 2025 and 2026, suggesting potential neglect in tyre maintenance. The 2025-02-25 test recorded minor windscreen damage and discoloured indicators, while the 2026-02-21 failure included multiple tyre and headlamp issues. These patterns indicate periodic but manageable wear, with no evidence of rapid mileage spikes or prolonged inactivity. A buyer should prioritise inspecting the rear suspension bushes for further wear, as this issue has persisted across multiple tests. The exhaust system’s minor leak requires verification for ongoing integrity, and tyres must be checked for uneven wear or hidden damage, given their repeated mention. Headlamp alignment and security should also be confirmed, as misalignment was a recurring failure point. No structural rust or major mechanical faults are documented, but the vehicle’s age necessitates a thorough examination of suspension components, brake discs, and exhaust integrity to ensure continued reliability.