2014 Alfa Romeo Giulietta 1.4L Petrol · ML14 KZG

The vehicle presents a concerning roadworthiness profile, characterized by a reactive rather than proactive maintenance strategy. While the car passed its most recent MOT in April 2024 at 116,834 miles, this followed just eleven days after a significant failure involving multiple critical safety defects. The transition from a clean record in 2021 to a cascade of mechanical failures in 2024 suggests that components are only being addressed once they reach the point of legal failure. The mileage pattern shows a consistent annual use, averaging approximately 9,700 miles per year, which is typical for a twelve-year-old vehicle. However, there is a notable gap in data between the 2021 test at 97,124 miles and the 2022 test at 107,345 miles. During this 10,000-mile interval, the vehicle began showing signs of wear, such as uneven tyres and misaligned headlamps, indicating that basic preventative checks may have been neglected until the annual inspection forced a repair. A prospective buyer must conduct a thorough inspection of the front suspension and braking system. The April 2024 failure flagged a seriously weakened nearside front suspension arm and a misaligned drag link end, which are high-stress components that can affect steering geometry if not replaced correctly. Furthermore, all four brake discs were noted as pitted and scored during the April 2024 test. While they passed that time, the pervasive pitting suggests corrosion from inactivity or infrequent use, which likely necessitates immediate replacement soon. The parking brake system also requires scrutiny, as the 2024 failure recorded efficiency well below 50% of the required value alongside inadequate effort at both rear wheels. Combined with the previous failure of the nearside and offside front tyres being below the legal 1.6mm limit, the buyer should verify the current tread depth and wear patterns across all tyres. The history indicates a vehicle that is operated to the limit of legal compliance, increasing the likelihood of hidden mechanical wear in the chassis and drivetrain.