FORD FOCUS2002 · 2.0L PETROL

The 2002 Ford Focus passed its most recent MOT on 2026-04-04 at 110,885 miles, but the record reveals a pattern of recurring mechanical and structural concerns. While the latest test addressed some issues, such as the EML light and minor exhaust leaks, prior failures indicate unresolved problems. The March 2026 test flagged excessive play in the offside track rod end, a serious fluid leak in the nearside rear shock absorber, and binding brakes, all of which suggest ongoing suspension and braking system degradation. These issues, combined with the EML light persisting across multiple tests, imply inconsistent maintenance or underlying mechanical faults that may require deeper investigation. The vehicle’s mileage of 110,885 miles over 24 years equates to an average of 4,620 miles annually, which is unusually low for its age. This suggests either limited usage or prolonged periods of inactivity, which can accelerate corrosion and component wear. A notable gap exists between the 2024-09-20 tests (99,001 miles) and the 2025-12-03 test (110,864 miles), a jump of 11,863 miles in just 15 months. This rapid accumulation may indicate increased usage or potential inaccuracies in mileage recording. The 2025 test also revealed multiple emission-related failures, including excessive carbon monoxide levels and a non-functional engine MIL, pointing to possible engine or catalytic converter inefficiencies. Key areas for in-person inspection include the suspension system, particularly the track rod ends and shock absorbers, which have repeatedly shown excessive play or fluid leaks. The braking system requires scrutiny, as binding rear brakes and a parking brake efficiency below 50% were recorded. Structural corrosion, such as the offside front wing’s slight damage, and persistent exhaust leaks should also be checked. The EML light’s recurrence suggests unresolved diagnostic trouble codes, which may indicate deeper engine or emission control system issues. Buyers should verify whether these faults were rectified and assess the overall condition of high-wear components given the vehicle’s age and mileage history.