2010 Ford Fusion 1.4L Petrol · ST10 CFK

The most recent DVSA MOT test for this 2010 Ford Fusion took place on 7 November 2025 and resulted in a pass, accompanied by a single advisory noting that a brake pipe is corroded and covered in grease or other material under section 1.1.11 (c). Looking back through the recent history, the vehicle has demonstrated a pattern of stable rather than worsening roadworthiness, passing each subsequent retest, but the advisory and minor defects recorded over the past two years suggest that mechanical components are beginning to show their age. The 2024 test recorded a major failure for a fractured offside front coil spring alongside two suspension arm ball joint dust cover defects, while the 2025 test logged the same dust cover deterioration on both sides and a PRS failure for ineffective windscreen wiper operation. Each of these issues was rectified in time for the vehicles to pass later tests, indicating that maintenance has been attended to, though the recurrence of suspension and brake-related advisories suggests an ongoing need for vigilance. With 54,014 miles recorded against a vehicle that is now approximately sixteen years old, this Ford Fusion is doing only around 3,376 miles per year on average, which is substantially below the typical annual mileage for a car of this vintage. Such low usage can be advantageous in that major drivetrain components such as the engine, manual or automatic transmission, and clutch are unlikely to have suffered excessive wear. However, vehicles that spend extended periods standing still tend to develop their own characteristic problems, including brake disc corrosion, seizing or binding brake calipers, oxidation of exposed metal components, and accelerated degradation of rubber and plastic items such as drive belts, hoses, and suspension boots. The MOT history itself provides no clear evidence of either exceptionally heavy or remarkably sparse annual mileage between tests, though the pattern of frequent failures on ball joint dust covers and brake pipe corrosion is more consistent with a car that has covered relatively few miles and spent considerable time stationary rather than one in regular heavy use. The advisory concerning the brake pipe being corroded and covered in grease or other material is a matter that warrants physical inspection under the vehicle to determine whether the corrosion is purely surface-level or has compromised the structural integrity of the pipe itself. Brake pipes are safety-critical components, and if the surrounding material is concealing active corrosion, there is a risk of a future failure and fluid loss. On a test drive, the buyer should listen carefully for any scraping, grinding, or pulsing through the brake pedal, which could indicate corroded or warped brake discs, and check that the car pulls up squarely without pulling to either side, as this can suggest a seized or binding caliper. Given the age of the vehicle, it would also be prudent to inspect the condition of the brake fluid itself, as it absorbs moisture over time and should typically be renewed every two years regardless of mileage. The brake pipes themselves should be examined along their full length, paying particular attention to unions, mounting points, and areas where road grime and moisture can accumulate. The repeated advisories relating to suspension arm ball joint dust covers being severely deteriorated on both the nearside and offside front are significant because the protective rubber boot shields the joint from water and debris ingress. Once the cover deteriorates, the joint itself becomes vulnerable to contamination and accelerated wear, which over time leads to looseness, knocking, and ultimately the need for replacement. On a test drive, the buyer should listen for clonks or knocks from the front suspension when traversing speed bumps, potholes, or uneven surfaces, and feel for any vagueness or wander through the steering wheel. The previous major failure for a fractured front coil spring on the offside also indicates that the coil spring assemblies on a vehicle of this age and low mileage may have suffered from corrosion-induced fatigue, so the opposite side and the rear springs should be visually inspected for any signs of cracking or corrosion pitting. Beyond these specific items, a vehicle of this age requires general age-appropriate inspection including a check of tyre sidewalls for perishing or cracking despite adequate tread depth, verification of 12 volt battery health through a load test, inspection of all cooling system hoses and drive belts for hardening and surface cracking, and confirmation that the cambelt or timing chain service interval has been observed if applicable to this engine variant. The service history documentation should also be cross-checked against the MOT record to verify that regular fluid changes, including engine oil, coolant, and brake fluid, have been carried out at appropriate calendar intervals rather than purely by mileage.