A pattern of repeated emissions, brake and structural advisories characterises this Focus's MOT history, indicating that while the car has never been off the road for prolonged periods, its mechanical upkeep has been inconsistent. The most recent test on 14 July 2016 was a pass, but it carried three advisories, including an illuminated engine management lamp, a nearside driveshaft seal leak, and slight corrosion to the offside rear inner sill. Earlier records show an outright failure in June 2014 for high lambda readings, a broken nearside front coil spring, weak rear parking brake effort and a non-functioning rear fog lamp, alongside a 2013 failure for excessively worn front brake pads, a broken offside fog lamp and a damaged obligatory mirror. This combination of chronic under-floor corrosion on the rear sills, recurring brake component wear and periodic emissions issues suggests a vehicle whose chassis, braking system and engine management require close scrutiny rather than assumption.
With twelve recorded years spanning 2002 to 2016 and 122,106 miles on the odometer, this Focus has averaged roughly 5,088 miles annually, which is low for a car of its age. The MOT gap from mid-2011 to early 2013 suggests the vehicle may have been either laid up or used very lightly during that period, while the subsequent annual testing through 2016 is consistent with light, irregular usage. Low annual mileage of this nature reduces wear on the engine, clutch and major drivetrain components, but it also means that rubber items such as drive belts, suspension bushes, brake hoses and the battery are more vulnerable to age-related degradation through standing rather than active service. The recorded driveshaft seal leak and exhaust lambda issues are typical of components that deteriorate through infrequent use combined with the natural ageing of seals and sensors.
For a prospective buyer, the priority areas are the underside of the car and the braking system. The advisories on the rear inner sills in both 2015 and 2016 point to corrosion that, on a 24-year-old Focus, can progress quickly and potentially affect structural integrity if left unchecked. A thorough inspection from beneath should be carried out, ideally with the vehicle on a ramp, paying particular attention to the inner and outer sills, rear wheel arches, subframe mounting points and floor pans for any perforation or bubbling beneath underseal. The brake system also warrants close attention: the 2013 failure recorded nearside front pads below 1.5 mm, while the 2014 test flagged poor rear parking brake effort. On a test drive, listen for any scraping or grinding from the front wheels, check for pull under braking, and confirm that the handbrave holds the car firmly on an incline without needing excessive lever travel, as rear caliper or cable mechanisms on this model are known to seize when used infrequently.
The engine management and emissions components recorded across the MOT history are equally relevant, particularly the persistent lambda sensor fault and illuminated engine warning lamp. On a test drive, the buyer should observe whether the engine warning lamp remains extinguished once the engine is running, note any hesitation, misfire or rough idle, and check for visible smoke from the exhaust, especially under load. The nearside driveshaft seal leak flagged in 2016 should be examined for fresh oil contamination around the joint and gaiter, as a perished seal can allow lubricant loss and eventual joint failure. Finally, a road inspection should include a check of the coil springs for any visible cracking or sagging, a test for clonking noises from the front suspension over uneven surfaces, and a careful look at all fog lamps and mirrors, given that several previous failures related specifically to lighting and visibility equipment. Any of these findings would warrant professional rectification before purchase.