2016 Jaguar F-Type 3.0L Petrol · FD65 OJC

The 2016 Jaguar F-Type presents a mixed roadworthiness picture characterised primarily by recurrent tyre-related advisories and isolated subsystem warnings rather than systemic mechanical breakdown. The most recent MOT on 2026-02-04 returned a pass despite two advisories requiring attention, specifically the offside front tyre showing a cut that does not yet compromise structural integrity and the tyre pressure monitoring system being either malfunctioning or inoperative. Earlier in the record, the vehicle suffered similar tyre distress on both sides in 2023, including cracking and wall damage to the outboard sidewalls, alongside inner tyre distortion in 2025. While the current test result indicates the tyre situation is stabilising, the persistence of these tyre issues across multiple years suggests ongoing exposure to road hazards or underlying handling requirements that have not been fully resolved. Regarding mileage, the 15,154 miles recorded on a ten-year-old chassis translates to approximately 1,515 miles per annum, which is considerably lower than typical usage patterns for vehicles of this age and model. The data shows consistent annual recording intervals—from February 2023 through September 2026—with the last three tests spaced closely together (February 2024, May 2025, February 2026)—though the gap between the May 2023 and February 2024 assessments warrants scrutiny given the significant mileage accumulated since then. There is no evidence of a sudden acceleration in wear over the past few years, but the modest annual accumulation rate combined with the persistent tyre advisories implies limited operational stress compared to heavier-duty uses, though the exact reason for such low mileage remains outside the scope of the MOT records themselves. The offside front tyre cut identified on the 2026-02-04 test represents a moderate safety concern that should be monitored for progression toward deeper impact, particularly when encountering potholes or uneven surfaces common on older roads. Drivers should pay particular attention to any new cuts developing around the same location and verify whether the tyre pressure monitoring system functions correctly before relying solely on visual tyre checks. Additionally, the nearside front inner tyre distortion noted in 2025 and the subframe wall damage reported in 2023 point to potential structural fatigue, especially where metal-to-metal contact may have exposed the subframe to corrosive elements. During a test drive, listen for any clunking or vibration when traversing bumps, as worn suspension bushings or compromised subframe rigidity can manifest as noticeable handling irregularities. For a prospective buyer, the presence of an inoperative tyre pressure monitoring system is the most immediate actionable safety item to address before committing, as it compromises the ability to detect under-inflation that could lead to reduced grip or blowout risk. The subframe wall damage from earlier inspections warrants a closer examination of the rear subframe and any associated mounting bolts for signs of rust penetration or loosening, particularly given the vehicle's age and likely exposure to damp conditions. When inspecting the tyres, check the cut areas for depth progression and ensure the tyre pressure monitoring device is fully operational—the absence of this function on the most recent test is a clear indicator that the system should be serviced independently. Given the low mileage profile, the primary mechanical concern is not rapid component wear but rather the historical tyre distress and structural marks that may require further investigation before considering the vehicle safe for regular driving.