2017 Ferrari F12 TDF 6.3L Petrol · EF12 TDF

A consistent run of clean MOT passes from 2022 through to the most recent test on 9 March 2026 establishes a strong, uninterrupted record of roadworthiness for this 2017 Ferrari F12 TDF, with no advisories, failures, or component defects recorded at any of the five tests. Five consecutive passes without a single flagged item is the kind of result typically associated with vehicles that have either been very lightly used, meticulously maintained, or both. There are no recurring advisories to suggest developing concerns around specific assemblies such as the suspension, braking system, or corrosion-prone areas, and no evidence in the test record of any deterioration in the vehicle's structural or mechanical condition over the four-year testing window. Against an age of nine years, the recorded odometer reading of 2,851 miles equates to an average accumulation of roughly 317 miles per year, which is exceptionally low even for a limited-production flagship. There are no conspicuous gaps or sudden jumps between tests, with the mileage progression appearing broadly steady and consistent with sparing, occasional use rather than any period of intensive driving. For a high-performance naturally aspirated V12 machine of this calibre, this usage profile carries a distinct set of mechanical implications. Brake discs and pads are susceptible to corrosion and low-speed binding when a vehicle is rarely driven with sufficient thermal loading through the braking system, while hydraulic fluid can degrade over time even in a low-mileage environment. Tyres that have sat under-inflated or stationary for long stretches can develop flat-spotting and sidewall degradation, and the fuel system, coolant circuits, and driveline seals are all exposed to prolonged standing, where moisture ingress and seal drying become legitimate concerns. The 6.3-litre V12 also benefits significantly from being run up to operating temperature regularly to keep internal lubrication circulated and to prevent oil pooling in the upper cylinder galleries. From a buyer inspection standpoint, the absence of recorded advisories means any emerging wear will not yet be documented in the MOT history, so a thorough pre-purchase physical inspection is essential given the storage-heavy usage profile. On a test drive, listen carefully for any knocking or clonking from the front and rear suspension over uneven surfaces, paying particular attention to the upper and lower wishbones, anti-roll bar links, and bushes, as low mileage does not eliminate the hardening or perishing of rubber components over time. Test the brakes progressively from low to high speed and feel for any judder through the pedal that could indicate corroded or warped discs from prolonged standing, along with any pulling to one side that may suggest a binding caliper piston. Steering should be precise and free of vibration at all speeds, with no roughness through the rack at low lock that might indicate dried-out internal lubrication. Beneath the vehicle, inspect the undertrays, exhaust system, and any visible subframe or chassis components for signs of corrosion or weeping from oil seals, particularly around the rear transaxle and front engine ancillaries. Finally, confirm with supporting documentation that the most recent service, brake fluid change, and coolant flush are within manufacturer-recommended intervals, as fluid condition is the most critical and least MOT-visible factor in a low-mileage car of this specification.