2009 Ford Fiesta 1.4L Petrol · YR09 DWA

The vehicle is currently roadworthy but the maintenance history reveals a concerning trend of deferred mechanical repairs. While it passed its most recent test on 21 May 2026 at 128,636 miles, this followed a failure just three days prior involving an extensive list of faults. The persistence of unaddressed issues, such as steering rack inner joint play and distorted wheels across multiple years, suggests that the owner only addresses the minimum requirements to pass the MOT test rather than performing preventative maintenance. At 17 years old with 128,636 miles, the Fiesta averages approximately 7,500 miles per year, which is consistent with typical usage for a vehicle of this age. The data shows a steady accumulation of mileage, with roughly 2,900 miles covered between May 2024 and May 2025, and another 5,700 miles in the following year. While the mileage is not excessive, the age of the vehicle is likely to accelerate the degradation of rubber components and metal fatigue seen in the inspection records. A buyer must physically inspect the steering and suspension systems, as play in the offside front steering rack inner joints has been flagged repeatedly since 2024. The record also notes excessive wear on axle swivel pins and bushes and a failed ball joint dust cover, which can compromise handling and cause uneven tyre wear. The braking system shows signs of neglect, with a binding nearside rear service brake and fluctuating offside front brakes previously noted. It is also vital to check the condition of the wheels, as multiple road wheels have been identified as distorted, indicating significant impacts or poor manufacturing. The exhaust leak at the rear silencer noted in the May 2026 test requires immediate attention to prevent further emission failures. Given the recurring issues with free play in the handbrake and worn tyres, the vehicle appears to have been operated on the edge of service intervals. The mechanical history indicates a vehicle that is functional but requires investment in worn components to ensure long-term reliability and safety.