2019 Ferrari 488 3.9L Petrol · N7 APH

A 2019 Ferrari 488 with a fully clean MOT history across six recorded tests presents an unbroken run of roadworthy results, with the most recent examination on 25 March 2026 returning a pass with no advisories or defects noted. Every test from 2022 through to early 2026 has concluded without a single advisory entry, which on paper indicates that the examiner has not identified any component approaching the failure threshold in any of the inspected categories. While this represents a consistent and encouraging pattern, the absence of recorded advisories does not by itself confirm mechanical condition between tests, particularly on a high-performance exotic where wear characteristics differ substantially from everyday vehicles. The uniformity of the record does, however, suggest that any developing issues have either been rectified prior to test or have not yet surfaced as measurable defects during the statutory inspection. Recorded mileage stands at 9,884 miles over approximately seven years, equating to an average annual accumulation of around 1,412 miles, which is exceptionally low for any road vehicle and especially so for a supercar of this calibre. The testing history shows annual MOT entries from 2022 onwards at roughly twelve-month intervals, indicating the car has remained in continuous use and on the road rather than being laid up in storage for prolonged periods, which itself is a positive signal against the risks associated with dormant vehicles. That said, low annual mileage on a mid-engine Ferrari means that consumable wear items such as brake discs, pads, tyres, drive belts, and fluid systems experience far fewer operational cycles than mileage alone might suggest, yet they also age through environmental exposure regardless of use. The relatively even spacing of tests without any significant gaps suggests consistent light usage rather than intermittent long-term storage. For a prospective buyer, the absence of advisory history means there are no specific flagged components to investigate, but the nature of the vehicle warrants particular attention to areas not always fully captured in standard MOT testing. During a physical inspection and test drive, listen carefully for any clonks or knocks from the front and rear suspension over uneven surfaces, particularly noting any play in the control arms, wishbones, or anti-roll bar bushes, as low mileage does not eliminate the deterioration of rubber components through age. The braking system should be evaluated for binding calipers, uneven disc wear, or any judder through the pedal under firm application, as carbon-ceramic or steel discs can suffer corrosion on the friction surface during prolonged periods of light use. Steering should be checked for any vagueness, knocking on full lock, or uneven wear on the inner or outer edges of the front tyres, which can indicate alignment or suspension geometry concerns. The transmission and drivetrain warrant close attention given the dual-clutch architecture typical of this model, so any hesitation, roughness, or abnormal clunks during low-speed manoeuvres and full-throttle acceleration should be noted. Fluid leaks should be inspected around the engine sump, rear transaxle, and any visible pipework, as even small seepages from gaskets or hydraulic lines can become significant on a high-output powertrain. The exhaust system should be examined for blueing of heat shields, play in mounting rubbers, or any signs of joint failure. Finally, given the low mileage, a comprehensive inspection of the 12V battery state, tyre condition including manufacture dates and any cracking or flat-spotting from standing, and confirmation of recent major service intervals including cambelt or auxiliary drive items where applicable, would be prudent steps before committing to purchase, alongside a full diagnostic scan for any stored fault codes within the vehicle's electronic control modules.