2004 Fiat Punto 1.2L Petrol · LD54 WAJ

The 2004 FIAT PUNTO presents a concerning pattern of recurrent mechanical issues spanning nearly two decades of ownership, with the most recent MOT on 2025-09-25 recording only minor advisories while earlier tests revealed escalating failures. Starting with a dangerous advisory on the front lower radiator support bracket in 2022, the car suffered a subsequent failed test that combined serious exhaust system leaks with noisy emissions, followed by another failed attempt in 2023 before achieving a clean pass in 2024. Despite the 2025 pass, the cumulative record shows three separate failures across suspension, brakes, and exhaust systems, indicating that underlying structural and wear-related problems have persisted rather than resolved themselves. The latest test outcome therefore reflects a vehicle that has accumulated significant deferred maintenance rather than demonstrating genuine reliability over its lifespan. At 63,378 miles after 22 years of service, the odometer reading represents unusually low annual mileage of approximately 2,880 miles per year, suggesting either very limited driving or extended periods where the vehicle remained stationary. This usage profile contrasts sharply with typical consumption expectations for a modern compact hatchback and implies that many consumable components have experienced far fewer operating cycles than their mileage figure might suggest. While such low mileage reduces the likelihood of accelerated brake wear, high-speed component fatigue, or severe suspension degradation, it also raises questions about whether the engine and transmission have operated under normal thermal and load conditions throughout their life. The absence of a continuous testing gap since the 2025 pass provides a brief window of reassurance, yet the historical pattern indicates that the car has not been subjected to regular roadworthiness verification, leaving unresolved component histories that require independent inspection. The most critical areas requiring buyer attention stem from the repeated flagging of front suspension ball joint dust covers across multiple test cycles, with the 2022 and 2024 passes noting similarly deteriorated components alongside other issues. On test drives, the buyer should apply sharp turns and observe for any play in the steering wheel or chassis movement indicative of compromised ball joint seals, particularly around the front axle where the dust covers were repeatedly cited as failing. The rear tyres show documented damage and cracking in prior assessments, so a thorough visual and tactile examination of tread depth, sidewall condition, and any exposed reinforcement should be performed, especially given the low mileage which may conceal hidden structural weaknesses. Additionally, the rear upper shock absorber bushes showed excessive wear in 2022 and continued monitoring is advised, as this component often degrades gradually until sudden loss of damping control becomes apparent during dynamic handling. Exhaust system integrity remains a persistent concern, having produced major leak advisories in both 2022 and 2023, with the 2023 failure being particularly severe involving a damaged flexible pipe and excessive exhaust noise exceeding standards. Although the 2025 test cleared the vehicle, buyers should verify that the exhaust system has been properly repaired and sealed following the 2023 failure, as reusing a faulty flexible pipe can quickly revert to a failed state. The front brake discs have shown consistent wear across 2024 and 2025 records, appearing pitted or scored even when not deemed seriously weakened, suggesting that the pads may be worn down or the rotors experiencing surface erosion. During a test drive, pay particular attention to pedal feedback during hard braking and acceleration to detect any spongy or pulsating sensations that could indicate rotor or disc deterioration. Finally, the front lower radiator support bracket received a dangerous advisory in 2022 and was not fully resolved in the 2025 pass, so a visual inspection of the subframe and surrounding mounting points for rust penetration or structural deformation is essential, as compromised support brackets can compromise the entire chassis integrity under load.