2007 Ferrari F430 4.3L Petrol · FE55 RED

The 2007 Ferrari F430 demonstrates a stable maintenance trend as of its most recent MOT test on 25 November 2025, where it passed without any recorded defects at 20,242 miles. This indicates that the vehicle was brought into full compliance following its previous failure in October 2025 due to shock absorber leaks and steering gaitor seepage. The repairs appear thorough, addressing the serious fluid leak in the nearside rear shock absorber and reducing oil misting on the offside unit. However, the rapid mileage increase between the failed test in October 2025 (29,215 miles) and the subsequent pass in November 2025 (20,242 miles) raises questions about data consistency or potential odometer recalibration, warranting further verification. The vehicle's mileage pattern reflects exceptionally low annual usage, averaging approximately 1,065 miles per year over its 19-year lifespan. From the earliest recorded MOT in November 2022 at 16,716 miles to the latest in November 2025 at 20,242 miles, the mileage increment aligns with this trend, suggesting light use consistent with a collector or occasional-use vehicle. Notably, the unexplained discrepancy between the October 2025 failure mileage (29,215 miles) and all other records requires clarification, as it deviates significantly from the established low-mileage profile. Otherwise, the MOT history shows no prolonged gaps or irregularities, indicating regular testing adherence despite minimal road time. Buyers should prioritise inspecting the suspension system given its recurring advisories for worn bushes, tie rods, and anti-roll bar components across multiple tests between 2022 and 2024. While these issues were noted as not causing excessive movement during those inspections, their persistence suggests an aging suspension requiring close scrutiny. Additionally, the shock absorber leaks flagged in 2025 indicate potential hydraulic system wear, necessitating evaluation of both front and rear units for proper sealing and functionality. A detailed examination of the steering gaitor and associated seals is also advisable to ensure complete resolution of the previously recorded fluid seepage. Structural integrity appears sound based on available records, though a physical inspection for hidden corrosion in critical areas such as subframes and sills remains prudent due to the vehicle's age and occasional-use nature.