2002 Ford Focus 1.6L Petrol · LC52 DVG

The most recent DVSA MOT test on 17 November 2025 recorded a PASS, although five advisories were raised, and these same items had been flagged just five days earlier on 12 November 2025 when the vehicle initially failed before being presented for a retest. Reviewing the broader history, the car passed cleanly between 2019 and 2022 with no advisories whatsoever, suggesting a period of sound maintenance, but the 2023 test introduced several advisories relating to the rear suspension and a front lower arm ball joint, and the 2025 test has built on that trajectory with corrosion advisories on the rear suspension and back plates alongside pitted front brake discs. The overall trend is therefore one of progressive wear and surface deterioration rather than active decline, but the consistent recurrence of suspension and brake-related items warrants careful attention, as a vehicle exhibiting several advisories of a similar nature across consecutive tests is beginning to show the hallmarks of age-related structural and consumable degradation. The recorded mileage of 118,314 miles on a 2002 vehicle equates to an annual average of approximately 4,930 miles per year, which is notably low for a car of this age and points to either light regular use or extended periods of standing between infrequent trips. This usage profile has mechanical implications that diverge from the high-mileage scenario typically associated with a Ford Focus of this vintage; lower annual mileage tends to preserve engines, transmissions, and interior components, but it can simultaneously accelerate corrosion on braking components, brake callipers, and exhaust systems due to lack of regular heat cycling, and standing can encourage moisture accumulation in brake hydraulic systems, fuel system seals, and the 12V battery. The absence of any recorded mileage gaps between consecutive MOT tests, which run annually from 2019 through 2025, indicates the vehicle has been used regularly enough in recent years to avoid the worst standing-related deterioration, although the previous generation of tests prior to 2019 is not shown and could conceal a period of inactivity. Given the recurring advisories, particular physical inspection should focus on the rear suspension components flagged for surface corrosion, paying close attention to the condition of the coil springs, shock absorber mounts, and the rear lower suspension arms for any advanced rust that may be transitioning from surface corrosion to structural weakening, as this is a common failure mode on older Ford Focus models that can ultimately lead to a rear suspension arm snapping or a coil spring breaking. On a test drive, listen for clonking or knocking noises from the rear axle over uneven surfaces, and check for uneven tyre wear on the rear pair which would indicate compromised geometry from corroded bushings or weakened arms. The front brake discs, noted as pitted and scored on both sides, should be measured for remaining thickness against the manufacturer minimum specification, and the pedal feel observed for any shudder or vibration under firm braking, which would suggest the corrosion pitting has progressed to the point of judder and replacement is imminent; meanwhile the nearside front lower arm ball joint, flagged for slight play in 2023, warrants a physical check by hand for any lateral movement in the joint that exceeds acceptable tolerance, accompanied by listening for a rhythmic knocking from the front suspension during low-speed manoeuvres or when turning at full lock. Beyond the documented advisories, a prospective buyer should carry out age- and mileage-appropriate checks appropriate to a twenty-four-year-old vehicle with relatively low annual use, beginning with a thorough inspection of all four tyres for sidewall perishing and cracking caused by age-related rubber degradation, which is independent of tread depth and can render tyres unsafe even with adequate tread remaining. The 12V battery should be load-tested to confirm cranking performance, as batteries on low-mileage vehicles frequently suffer from chronic undercharging and sulphation; brake fluid should be checked for moisture content or simply replaced on a calendar basis given its hygroscopic nature and the vehicle's age. Examine the underside and inner wheel arches carefully for evidence of longer-term corrosion that may not yet have manifested at MOT level, particularly around the rear subframe, sill seams, and front strut towers, and verify that the service book or digital history contains regular oil and filter changes at appropriate intervals despite the low mileage, as time-based servicing remains essential for preserving engine internals. Finally, confirm that the cambelt and water pump replacement schedule is up to date for the vehicle's age rather than its mileage, since rubber components degrade with calendar years regardless of use.