2007 Ford Focus 1.8L Petrol · NG07 ULC

A chronic pattern of nearside rear coil spring corrosion dominates the mechanical profile of this 2007 Ford Focus and has now been flagged at four consecutive tests spanning 2021 through 2025. The October 2025 retest, which the vehicle failed on the same day it passed due to a dangerous nearside rear tyre and defective wiper blades, also carried through the same nearside rear spring advisory alongside a new offside rear tyre edge-wear note and a damp joint on the offside front power steering ram. The earlier October 2023 test was more serious still, producing two dangerous defects for tyre tread depth and exposed ply, plus a major cut to the nearside rear tyre, while the intervening 2024 test recorded the first appearance of front inner brake pad wear thinning and a non-excessive front oil leak. The overall trajectory is one of accumulating chassis and consumable wear rather than stable roadworthiness, with the most recent retest showing that dangerous tyre failures remain an active risk and that suspension corrosion is unresolved. Against an age of roughly nineteen years, the recorded 76,295 miles equates to approximately 4,016 miles annually, which is notably low for the vehicle's vintage. The MOT history itself is densely populated with annual tests from 2020 onwards, with no significant gaps in testing, which suggests the car has been kept on the road and presented regularly. A low annual mileage figure of this kind typically results in less wear on internal drivetrain components but exposes the underbody, brake components, hydraulic lines, and rubber boots to longer periods of standing and atmospheric corrosion, which is consistent with the persistent coil spring corrosion finding and the appearance of brake pad thinning and an oil leak in recent years. Tyre deterioration in particular appears to be tracking age rather than mileage, given the dangerous tread depth failures recorded on comparatively lightly used rubber. Given the repeated nearside rear coil spring advisory, a prospective buyer should physically inspect both rear springs for surface pitting, flaking, and loss of material at the coils, and should pay particular attention to any knocking or clonking from the rear suspension on test drive, especially over uneven surfaces or speed bumps, which would indicate that corrosion has progressed to the point of spring fracture. The nearside rear tyre area should be checked again carefully as part of any pre-purchase inspection, as the dangerous tread depth and cut failures in 2023, combined with edge wear advisories in 2024 and 2025, indicate a recurring vulnerability to rapid or uneven wear on that corner that warrants close scrutiny of wheel alignment and tracking. The offside front power steering ram seepage noted in 2025 should be monitored for progression; any worsening of fluid loss, a whining noise from the pump on full lock, or uneven steering assistance on a test drive would justify immediate replacement of the ram or seals. The 2024 advisories relating to front inner brake pad wear and a non-excessive front oil leak both warrant direct verification before purchase. Brake pedal feel should be checked for any sponginess or excessive travel, and the front discs inspected for lipping or scoring that often accompanies neglected inner pads, while a thorough underbonnet inspection for the source and extent of the oil leak, paying particular attention to the cam cover gasket, sump, and front crankshaft seal area, will establish whether the seepage remains minor or has developed into a more significant concern. The defective wiper blades recorded at the latest test are a straightforward replacement, but their simultaneous appearance with the tyre failure at the same visit suggests that routine consumable maintenance may have lapsed, so all wiper blades, washer jets, and exterior lighting should be confirmed as fully functional during any viewing.