2013 Ford Fiesta 1.0L Petrol · GK63 CUX

The maintenance trend for this 2013 Ford Fiesta presents a puzzling recent trajectory, culminating in a failed MOT on 15 April 2026 at 53,758 miles despite the record showing no specific defects. Prior to this, the vehicle demonstrated a stable history, passing its MOT on 8 May 2025 at 53,672 miles with no defects. The sudden failure in April 2026 without documented faults suggests an inability to complete the test, potentially due to an engine management issue, an exhaust emission failure preventing a reading, or a structural presentation issue that halted the inspection. This breaks an otherwise clean record and warrants immediate clarification. The mileage accumulation aligns with light usage, averaging roughly 4,135 miles per year over its thirteen-year lifespan. Between the February 2024 pass at 50,288 miles and the May 2025 test at 53,672 miles, the car covered 3,384 miles, indicating regular but modest use. However, the recent data reveals a sharp drop in usage; just 86 miles were added between the May 2025 pass and the April 2026 failure. Such minimal mileage accumulation over an eleven-month period points to prolonged stationary sitting or very short-trip driving, which can cause moisture buildup in the exhaust and brake disc corrosion. Given the unexplained recent failure and the likelihood of long stationary periods, a buyer must inspect the mechanical components prone to seizing from light use. Check the brake calipers and discs for binding or heavy surface corrosion, a common issue on vehicles covering minimal mileage. Inspect the exhaust system for moisture-induced rust, particularly around the welds and silencer seams. Examine the tyre sidewalls for flat-spotting or perishing, as stationary weight degrades rubber over time. The suspension bushes and coil springs should be assessed for deterioration, as infrequent driving does not prevent rubber perishing and metal fatigue. Finally, verify the exact reason for the April 2026 failure, as a test terminated without recorded defects often points to a severe underlying fault that prevented the tester from completing the standard assessment.