2007 Ford Focus 1.6L Petrol · SE07 EXZ

The most recent DVSA MOT test for this 2007 Ford Focus was conducted on 9 October 2025 and resulted in a pass with no defects or advisories recorded, indicating that at the time of examination the vehicle met the statutory roadworthiness requirements. The broader pattern across the last five tests is broadly stable but warrants close attention. The vehicle passed cleanly in September 2023, then recorded a failure on 24 September 2024 immediately followed by a pass on the same date, before failing again on 24 September 2025 and subsequently passing on 9 October 2025. This sequence of rapid fail and pass outcomes on near-identical dates suggests the vehicle may have been presented in a marginal condition, repaired off-site, and retested within days rather than being progressively improved over time. A prospective buyer should request sight of the actual VT20 failure and VT20 pass certificates to confirm that the failures were genuinely rectified rather than advisory items overlooked, and should be cautious of any vehicle that exhibits this pattern repeatedly. Against the vehicle's age of nineteen years, the recorded mileage of 89,492 miles equates to an annual usage of roughly 4,710 miles, which is considerably below the typical average for a car of this vintage. Low recorded mileage of this nature can be interpreted in two ways. Either the vehicle has been used very lightly throughout its life, with correspondingly reduced wear on the engine, clutch, and drivetrain components, or it has spent extended periods standing idle, which itself produces a distinct set of mechanical concerns. The MOT history shows gaps between tests consistent with irregular use, and periods of standing are well known to encourage brake disc pitting and surface corrosion, deterioration of flexible components such as suspension bushes and driveshaft gaiters, and depletion of brake fluid through moisture absorption. Any history of substantial standing time should be investigated carefully, as the cosmetic condition of the bodywork and the state of mechanical components can diverge significantly. Given the absence of recorded advisories and the clean appearance of the MOT record, a prospective buyer should nonetheless carry out a range of age and usage-appropriate physical inspections. The tyres should be examined closely for sidewall perishing and cracking, as rubber compounds degrade with calendar age regardless of tread depth, and all four tyres including the spare should be checked for manufacture date markings. The braking system should be inspected for binding or seized calipers, particularly at the front, which is a common consequence of prolonged standing and can be detected by attempting a slow test-drive pull-away and listening for scraping or dragging. The exhaust system, including the catalytic converter and rear silencer, should be checked for corrosion, as nineteen-year-old steel components are at significant risk of perforation, and a listen for blowing or rattles under load is essential on any test drive. Fluid conditions, including brake fluid (which has a typical service life of two years due to hygroscopic properties), coolant, and power steering fluid if applicable, should be verified against the service record, and the condition and charge state of the 12V battery should be tested as battery life rarely exceeds five to six years. A test drive should focus on identifying symptoms that may not have been captured during the MOT examination. Any uneven tyre wear across the axle may indicate worn suspension components such as coil springs, drop links, wishbone bushes, or strut top mounts, all of which are common failure items on a Focus of this age and would typically generate clunks or knocking over speed humps and uneven road surfaces. The steering should be checked for vagueness, knocking on full lock, or uneven self-centring, while the gearbox, particularly the commonly fitted IB5 manual transmission, should be assessed for synchro wear on second and third gear and any signs of clutch slip or judder. Finally, the bodywork and underbody should be examined for corrosion, paying particular attention to the rear axle, subframe mounting points, sills, wheel arches, and suspension strut mounting areas, as these are recognised structural weak points on this model and any significant perforation would have serious implications for both safety and the vehicle's future roadworthiness.