2013 Ford Focus 1.6L Diesel · WM62 FDX

The latest MOT test on the 2013 Ford Focus recorded a pass on 2026-07-06, following a series of mixed results over the preceding two years. While the vehicle has not failed a test since 2025, the history reveals persistent issues that require careful attention. The recurring advisories on offside rear brake discs—always described as worn, pitted, or scored but not critically compromised—suggest a pattern of gradual deterioration in these components, which are critical to maintaining brake efficiency and safety. Additionally, the fluctuating service brake performance on the offside rear wheel indicates potential uneven brake pad or rotor wear, which, if left unaddressed, could lead to reduced braking consistency or premature failure. The presence of a major ABS fault from 2025 also points to underlying electrical or hydraulic issues within the anti-lock braking system, warranting investigation to prevent further degradation or potential failure during critical driving conditions. The vehicle’s mileage of 80,209 miles at 13 years old reflects a moderate annual usage rate of approximately 6,170 miles per year, which is within the expected range for a car of this age and typical UK driving habits. However, the MOT history does not suggest a consistent pattern of high-mileage wear, as the vehicle has not accumulated excessive mileage in a short period. The gaps between MOTs—particularly the two-year interval between 2024 and 2026—could indicate periods of low or stationary use, which may have contributed to secondary issues such as standing corrosion on brake components or fluid degradation. While lower mileage can sometimes mask wear, the recurring brake and ABS advisories imply that the vehicle has been driven regularly enough to accelerate component fatigue, especially if the owner has not performed routine maintenance such as brake pad and rotor replacements or ABS system diagnostics. For a prospective buyer, the most critical areas to inspect during a physical examination and test drive are the brake system, suspension, and electrical components. The offside rear brake discs and pads should be thoroughly checked for further pitting, scoring, or signs of uneven wear, with particular attention to the inner edges where previous MOT advisories noted damage. Listen for abnormal brake pedal feel—such as sponginess, vibration, or uneven resistance—while applying pressure during a test drive, as these symptoms may indicate warped discs, binding calipers, or hydraulic issues. The ABS warning lamp should be addressed immediately, as persistent faults can lead to reduced braking performance or system failure. Inspect the offside rear suspension, focusing on the lower anti-roll bar linkage ball joint, which was found to be excessively worn in 2025; clunks or rattles in the rear axle area during cornering or over bumps may signal further deterioration. Beyond the mechanical issues, the buyer should conduct a comprehensive inspection of the vehicle’s standing condition and fluid health. Given the vehicle’s age and potential periods of inactivity, check for signs of corrosion on brake components, exhaust systems, and undercarriage, particularly around wheel arches and brake calipers. Inspect the tyres for sidewall perishing, cracking, or delamination, as these can compromise structural integrity and safety, especially if the tread has been worn down to the legal minimum. Verify the condition of the front windscreen washer system, which failed in 2025, and ensure all fluid levels—brake fluid, coolant, and engine oil—are topped up and free from contamination. Since the vehicle has not undergone a full service in recent years, consider scheduling a professional inspection to confirm the absence of hidden issues, such as timing belt wear, spark plug condition, or fuel system deposits, which can become problematic as the engine ages. Finally, test the parking brake for efficiency, as the 2025 failure indicates a potential binding issue that could require adjustment or replacement of the parking brake mechanism.