2008 Ford C-MAX 1.6L Diesel · FN58 JUX

The most recent DVSA examination on 23 September 2025 resulted in a PASS, with two advisories recorded: a nearside front tyre noted as worn close to the legal limit on the inner edge, and an oil leak described as not excessive. The trend across the last three testing cycles is broadly stable but with recurring concerns, as the vehicle passed in 2025, 2024, and 2023, yet accumulated multiple advisories and one significant failure along the way. The earlier 2024 fail covered a split constant velocity boot on the offside front drive shaft and deteriorated anti-roll bar linkage dust covers on both sides, all of which were presumably rectified before the subsequent pass. The 2025 failure just four days before the pass shows an even more serious issue, with dangerous defects for exposed ply or cords on the offside front and nearside rear tyres, alongside a major front brake disc defect. That such dangerous tyre defects were present at test indicates a lapse in routine pre-test safety checks and is a concern when considering the overall maintenance culture around this vehicle. Annual mileage is roughly 7,000 miles per year over the 18-year life of the car, which sits comfortably within the normal range for a vehicle of this age and is not the kind of low figure that would necessarily trigger concerns about prolonged standing. However, the MOT record itself contains no odometer readings, so any specific gaps or periods of inactivity cannot be directly verified from the data. The most recent advisory concerning an oil leak, even if classed as not excessive, is worth monitoring because oil leaks on a 1.8 or 2.0-litre Ford C-MAX of this era commonly emanate from the rocker cover gasket, timing cover, or front crankshaft oil seal, and gradual worsening can lead to staining on the exhaust, smoke, or a low oil level on the dipstick. A pattern of tyre wear, particularly on the inner edges of the front tyres, has been noted on multiple occasions, including 2023, 2024 advisories, and most recently in 2025. Inner-edge tyre wear on a C-MAX is frequently linked to worn suspension components, particularly the front anti-roll bar drop links and their ball joints, which feature heavily in the MOT history with both dust cover failures and an excessively worn ball joint recorded in 2023. When test driving, listen for clonking or rattling from the front suspension over speed humps and uneven road surfaces, and feel for vagueness or imprecise turn-in response from the steering, all of which would suggest the anti-roll bar links and possibly the lower control arm bushes need replacement. The brake discs have been flagged across three consecutive tests for being pitted, scored, or worn, so a test drive should include a series of firm stops to feel for brake shudder, vibration through the steering wheel, or any grinding noises which would confirm the discs have now worn beyond their service limit and require replacement alongside fresh pads. Beyond the recorded defects, a prospective buyer should carry out additional age- and mileage-appropriate inspections that are not visible on the MOT history. Tyres of 2008 vintage and approaching the legal minimum should be examined closely for sidewall cracking and perishing, as rubber degrades with age regardless of tread depth. Brake calipers can seize on a vehicle of this age, especially after periods of light use, so confirm the car rolls freely on a level surface with the handbrake released and check for any binding or dragging sensation at low speed. The 12-volt battery is likely to be on original equipment or at least due for renewal, so verify that the engine cranks briskly and that the stop-start system, where fitted, operates as intended. Finally, given the engine oil leak advisory, it is prudent to inspect the coolant, brake fluid, power steering fluid, and automatic transmission fluid if applicable, as none of these are explicitly tested at MOT and calendar-based replacement of brake fluid every two years and coolant at the manufacturer interval is essential for long-term reliability.