2013 Ford Fiesta 1.5L Diesel · ST13 AWG

The 2013 Ford Fiesta presents a stable roadworthiness profile with no recorded defects across its five most recent MOT tests. The latest examination on 6 May 2025 at 112,616 miles returned a clean pass with no advisories, confirming the vehicle has sustained a fault-free test history since at least 2021. This consistent result indicates the previous keeper maintained the car to a standard that satisfied DVSA minimum requirements at each annual interval. Recorded mileage shows typical use for a thirteen-year-old vehicle, averaging roughly 8,663 miles per year against the 112,616 miles logged to date. The test on 13 October 2021 captured 99,134 miles, rising to 103,448 by 9 November 2022 and 103,459 on 14 June 2023, a pattern showing the car covered almost no distance across that winter before a modest summer increase. From mid-2023 the odometer advanced to 107,958 by May 2024 and 112,616 by May 2025, restoring a normal annual rate of around 4,500 to 5,000 miles. The record is sparse on faults but clean, offering no evidence of neglected consumables or deferred repairs. A buyer should still commission an independent inspection of suspension bushes, coil springs, and brake discs given the car's age and the absence of any advisory data that might otherwise reveal gradual wear. The lack of corrosion or structural integrity flags in the history is reassuring, yet MOT passes with zero advisories do not confirm component life remaining beyond the test day. Examine the exhaust emissions system and underbody for rust that a clean test sheet would not necessarily capture. Given the faultless record, previous ownership appears disciplined about presenting the Fiesta for timely annual testing. The long static mileage period through late 2022 into 2023 suggests either a second vehicle role or a spell off the road, which can permit seized calipers or flat-spotted tyres unseen by the tester. Verify in person that the braking system remains free and the tyres are not aged through low-use degradation.