2016 Jaguar F-Type 3.0L Petrol · J31 PAY

A sequence of consecutive passes featuring zero recorded defects across the tests conducted in June 2023, June 2024, June 2025, and culminating in a clean pass on 15 June 2026 defines the recent roadworthiness trajectory of this Jaguar. Prior to this unblemished multi-year run, however, the MOT history reveals notable structural maintenance demands, most critically a dangerous test failure in June 2022 due to rear brake pads worn below 1.5 millimetres on both sides, alongside recurrent tyre wear advisories logged in 2019, 2021, and 2022. This shifting pattern indicates that while the vehicle has cleared its statutory tests without fault for four consecutive years, consumable components such as heavy-duty friction materials and performance tyres require close scrutiny to ensure past wear trends have been properly addressed through regular replacements. Accumulating 78,879 miles across its approximately ten years on the road places this sports car at an average of roughly 7,888 miles per year, representing a typical annual usage profile for this class of high-performance vehicle. This steady accumulation rate avoids the accelerated component degradation associated with high-mileage fleet use while equally sidestepping the stationary periods that can cause mechanical stagnation. The inspection record shows consistent annual testing intervals without extended off-road gaps, meaning the drivetrain and running gear have been subjected to regular, uninterrupted operational cycles throughout its service life. Given the history of worn friction materials and edge-worn tyres noted in earlier examinations, prospective buyers should thoroughly inspect the condition of all four brake discs and pads during a physical viewing, listening specifically for any grinding noises or feeling for pedal judder under braking from higher speeds. The high-performance braking system on this platform generates significant thermal loads, and the previous critical wear flags mean verifying the remaining thickness of both front and rear discs is essential. Additionally, check the inner shoulders of the tyres for uneven wear patterns caused by potential wheel alignment drift or aggressive suspension geometry settings, which can introduce tramlining or steering pull on uneven road surfaces. When conducting the test drive, pay close attention to the dynamic response of the suspension and steering under load, ensuring the vehicle tracks straight and remains free of knocking noises or vagueness when cornering. The 2021 examination noted that engine bay covers and under trays obscured certain testable components, which is common for this model layout, so a visual inspection with the underside shields removed during a pre-purchase ramp inspection is recommended to confirm there are no hidden fluid leaks from the engine, transmission, or differential housings. Verifying that all electrical systems, stability controls, and active exhaust functions operate correctly will complete a thorough verification of the car's current mechanical state.