2013 Ford Fiesta 1.0L Petrol · GJ13 FCZ

Recurring failures relating to exhaust emissions and suspension linkages define the mechanical history of this vehicle. While it achieved a pass on 5 January 2026, the record shows a pattern of major defects involving lambda readings and exhaust leaks, alongside failures of both the nearside and offside front suspension arm ball joints. These repeated issues indicate a trend of wear on critical chassis and emissions components that has required multiple corrective interventions. The recorded mileage of 129,545 miles is typical for a thirteen year old vehicle, averaging approximately 9,965 miles per year. This steady rate of accumulation indicates consistent road use, which typically results in the progressive wear of consumable items and rubber-based components. At this mileage, the drivetrain and suspension systems have undergone significant operational stress, which aligns with the previously recorded failures of the ball joints and exhaust system. Particular attention should be paid to the front suspension and the exhaust system during a physical inspection. Given the history of excessive wear in the suspension arm ball joints on both sides, a test drive should focus on listening for knocking or clicking sounds when traversing uneven surfaces or during low-speed steering manoeuvres. The exhaust system has a documented history of leaks and lambda sensor failures; a buyer should check for an unusually loud idle or any audible leaks under acceleration, as these can impact emissions and fuel efficiency. The tyre maintenance history shows a dangerous failure in early 2026 due to exposed ply and cords on the offside front, following previous advisories for worn rear tyres. A thorough check of the current tyre tread depths and sidewall integrity across all four corners is necessary to ensure they meet legal requirements and exhibit even wear. Any steering pull or vibration at motorway speeds should be investigated, as this could indicate lingering alignment issues stemming from the previous suspension failures.