2014 Ford Fiesta 1.6L Diesel · LR64 OSO

The most recent MOT test on the 2014 Ford Fiesta, conducted on 2025-09-22, resulted in a passing outcome, though it included an advisory regarding the offside rear upper shock absorbers showing light misting of oil. This follows a pattern of fluctuating results, with two consecutive failures in 2025—one due to a malfunctioning tyre pressure monitoring system, headlamp issues, and emissions exceeding limits—while earlier tests in 2023 and 2022 also highlighted significant front suspension arm ball joint wear and exhaust emissions problems. The vehicle’s MOT history thus suggests a trend of recurring mechanical and electrical faults, particularly in suspension components and lighting systems, which may indicate underlying wear or potential neglect in addressing prior advisories or failures. While the latest MOT passed, the presence of advisories and historical failures warrants careful attention to prevent escalation into more costly repairs. The recorded mileage of 114,156 miles for a vehicle aged approximately 12 years represents a moderate annual usage rate of around 9,513 miles per annum, which is within the expected range for a car of this age and model. However, the consistency of mileage accumulation—without apparent long periods of inactivity—may contribute to accelerated wear on critical components such as suspension bushings, seals, and drivetrain elements. The absence of significant mileage gaps does not necessarily imply heavy use, but it does mean that consumables like brake pads, tyres, and fluids may have experienced more frequent or prolonged exposure to operational stresses. For instance, the tyre pressure monitoring system failure in 2025 could stem from degraded or damaged wiring harnesses, which are more susceptible to failure over time when subjected to consistent driving conditions. Given the recurring MOT advisories and failures, particularly the offside rear upper shock absorbers with light misting of oil and the front suspension arm ball joints showing excessive wear, the prospective buyer should conduct a thorough inspection of the suspension system. Focus on the rear upper shock absorbers for signs of leakage, which may indicate internal failure or damage to the seals, leading to reduced damping performance and potential clunking noises when driving over bumps or uneven surfaces. Listen for uneven suspension travel or excessive play in the front suspension arms, which could confirm the ball joint wear recorded in prior MOTs. Test drive the vehicle at various speeds and over different road surfaces to identify any suspension-related symptoms, such as bottoming out, excessive bounce, or binding in the steering or suspension linkages. Additionally, check the front headlamps for proper alignment and functionality, as the historical issues suggest potential wiring or bulb failures that may recur. For the emissions system, which has repeatedly failed to meet default limits, the buyer should verify the exhaust manifold, catalytic converter, and fuel system for signs of blockages, corrosion, or mechanical damage. Listen for unusual noises or reduced exhaust flow, and check for a noticeable lack of power or hesitation under acceleration, which could indicate restricted airflow or inefficient combustion. If the vehicle has not undergone a recent emissions test, consider having it serviced to diagnose the root cause, as persistent failures may point to a failing catalytic converter or fuel injection system. Beyond the mechanical checks, inspect the tyres for signs of excessive wear, particularly around the shoulders and edges, which may indicate improper alignment or suspension issues. Also, examine the brake discs and pads for corrosion, binding, or uneven wear, as the vehicle’s age and usage may have contributed to these conditions. Finally, address the potential battery health, given the electrical faults noted in the MOT history, by checking for corrosion on terminals, ensuring proper connections, and testing the battery’s charge capacity to prevent future ignition or electrical system failures.