2007 Ford Focus 1.8L Petrol · GL57 CVE

The 2007 Ford Focus’s most recent MOT test on 29th November 2025 was passed with no defects, marking a return to a clean record after a period of recurring advisories and minor issues. The vehicle’s maintenance history over the past seven years shows a general stability, with the most significant advisories—particularly around tyre wear and wheel bearing noise—having resolved or been addressed by the time of the last test. However, the presence of a nearside inner drive shaft constant velocity (CV) boot deterioration in 2019 suggests a potential long-term wear concern that should be monitored, as such failures can lead to increased play in the joint, accelerated wear on the universal joint, or even catastrophic transmission engagement issues if left unserviced. The absence of further defects in the intervening years indicates that the vehicle has either been maintained appropriately or that the underlying issues have been mitigated, but a thorough inspection of the CV joint and its associated components remains prudent. The recorded mileage of 116,580 miles for a vehicle aged approximately 19 years represents a moderate annual usage rate of around 6,136 miles per annum, which is consistent with typical usage patterns for this model and age bracket. This level of mileage does not necessarily indicate excessive wear, especially when compared to higher-mileage examples of the same model, but it does reflect a combination of moderate driving conditions and likely periods of inactivity. The absence of significant mileage spikes or sudden increases suggests that the vehicle has not been subjected to extreme driving demands, which could have accelerated wear on components like brakes, suspension, and drivetrain elements. However, the advisories from 2020—particularly the tyre wear close to legal limits and the noisy offside front wheel bearing—highlight areas where wear progression may have been influenced by prolonged use or less-than-optimal maintenance practices. The inner edge tyre wear could indicate alignment or camber issues, which may have contributed to uneven tyre consumption over time. For a prospective buyer, the most critical areas to inspect during a physical examination of this Ford Focus include the front suspension components, particularly the CV joints and wheel bearings, as these have been flagged in previous MOTs. On a test drive, listen for unusual noises from the front wheels, such as grinding or whining, which could signal bearing failure or misalignment. Check for excessive play in the steering wheel or uneven suspension movement, which may suggest worn suspension bushes or damaged coil springs. The tyres should be thoroughly examined for sidewall perishing, which is more likely to occur in a vehicle of this age, even if mileage is moderate. Inspect for cracks, splits, or dry rot, as these can compromise tyre integrity and safety. Additionally, verify the condition of the brake system, focusing on the front discs for signs of corrosion, binding calipers, or uneven wear patterns that could indicate previous misalignment or excessive heat exposure. Beyond the mechanical checks, the vehicle’s battery health should be assessed, as older cars like this one are prone to 12V battery failure, particularly if it has been left in a stationary state for extended periods. A simple test drive with the headlights and indicators engaged can reveal if the battery is struggling to maintain power. Fluid levels, particularly the engine oil, coolant, and brake fluid, should be checked for signs of degradation or contamination, as fluids in vehicles of this age can break down over time, even if they have not been serviced recently. The service book should be reviewed for any missing or outdated maintenance records, particularly for the CV joint boot replacement, which is critical to prevent further internal wear. Finally, a thorough visual inspection of the exhaust system for leaks, corrosion, or structural integrity is essential, as emissions-related advisories in past MOTs may have been influenced by catalytic converter or exhaust manifold issues.