2007 Ford Focus 1.8L Diesel · AP07 AXY

The vehicle presents a stable roadworthiness profile based on the available MOT history over the last several years. The most recent test conducted in February 2022 at 104,673 miles resulted in a clean pass with no defects or advisories recorded, indicating the car met all minimum safety standards at that time. While a failure occurred earlier in February 2021, the immediate retest on the same day suggests the owner addressed the identified issue promptly. The mileage pattern is notably low for a nineteen-year-old vehicle, averaging approximately 5,500 miles per year. Between January 2019 at 76,954 miles and February 2022 at 104,673 miles, the car covered roughly 27,000 miles over three years. This consistent low usage often reduces mechanical wear on the drivetrain and engine components compared to high-mileage examples. However, the intervals between tests suggest the vehicle spends long periods stationary, which can lead to the degradation of rubber-based components and the seizing of brake surfaces regardless of the low odometer reading. A buyer should focus their physical inspection on structural integrity and suspension components, as the age of the vehicle makes it susceptible to corrosion despite the low mileage. Inspect the rear sills, wheel arches, and mounting points for structural rust which older Focus models are prone to over time. Given the low usage, check the tyres for sidewall cracking or dry rot, as the rubber may have perished from age rather than tread wear. Additionally, examine the brake calipers for binding or pitting, which frequently occurs when vehicles sit unused for extended periods. Because the current date is June 2026 and the last recorded MOT was in February 2022, the vehicle is currently over four years overdue for its annual test. This significant gap in documentation means there is no verified data regarding the car's current safety status or emissions compliance. A comprehensive mechanical inspection is mandatory before any purchase to determine if hidden mechanical faults have developed during the period of inactivity.