2013 Ford Fiesta 1.2L Petrol · FE13 TTY

This thirteen-year-old Ford Fiesta presents a notably sparse DVSA testing history, with no advisories, no recorded component defects, and no failure items documented across the available MOT records. The most recent test on 15 September 2025 produced both a pass and a fail entry on the same date with no detail captured, which suggests the failure was likely a rectification-on-the-spot or retest situation where the recorded defect list is not available for review. The vehicle also shows a similar paired pass and fail on 22 October 2024, again with no defects logged. While the absence of advisories over the testing period is encouraging from a roadworthiness perspective, the lack of any recorded component observations is unusual for a car of this age and mileage, and it limits the ability to track wear progression on key items such as suspension components, brake system hardware, or corrosion-prone underbody areas. Mechanically, the defining story here is one of unrecorded condition rather than documented decline, which leaves the buyer relying more heavily on physical checks than on historical data. The recorded mileage of 95,701 miles across roughly thirteen years equates to an accumulation rate of approximately 7,362 miles per year, which is broadly typical for a vehicle of this age in the UK and indicates a consistent pattern of regular use rather than long periods of standing or exceptionally heavy motorway mileage. The annual MOT tests reflect this steady usage with no large jumps or concerning gaps in the mileage progression. This kind of steady, moderate use is generally favourable for mechanical longevity because the engine, transmission, brakes, and suspension have all been worked regularly rather than suffering from cold-start wear associated with infrequent short trips or the converse extreme of high-mileage fatigue. However, at this mileage point, consumable items such as suspension bushes, anti-roll bar links, brake discs and pads, and exhaust system components would typically be approaching or past their second or third replacement cycle, even on a well-maintained example. The lack of advisory notes on these items means there is simply no documented evidence either way, and condition must therefore be assessed by a physical inspection. For a prospective buyer, the priority areas on physical examination should be the typical Fiesta weak points, even though they have not been flagged on the MOT record. On the test drive, listen carefully for knocking or clonking from the front suspension over uneven roads and on speed bumps, particularly indicative of worn lower arm bushes, anti-roll bar drop links, or top mount deterioration, all of which are common on MK7 Fiestas around this mileage. Check for any pulling under braking or vibration through the steering wheel, which can point to warped front brake discs, and inspect the rear brake mechanisms for binding calipers or seized handbrake cables, a known issue on this model. Steering should feel precise without excessive play or roughness, as electric power steering column issues can present as intermittent loss of assistance or whining on cold starts. A thorough pre-purchase inspection on a ramp is highly advisable given the gap in documented component condition. Check the underside closely for corrosion on the rear axle, subframe mounting points, and brake and fuel pipe runs, as these are areas where MOT advisories would typically appear once rust becomes significant. Inspect the engine bay for oil misting around the rocker cover gasket, coolant leaks from the thermostat housing, and condition of the auxiliary drive belt and tensioner, which are common service items at this mileage. Confirm the clutch operation is smooth without slipping or judder on hill starts, and ensure the gearbox selects all gears cleanly. Finally, request any service history available and verify timing belt replacement intervals, as the 1.25 and 1.4 Duratec engines fitted to this era of Fiesta are belt-driven and overdue replacement would risk significant engine damage.