1992 TVR Griffith 3.9L Petrol · G4 AFS

Steering system integrity has emerged as the primary mechanical focal point for this vehicle following a failure and subsequent advisory in mid-2025. While the most recent test on 09 September 2026 resulted in a pass with no defects recorded, the previous year's history shows a major failure regarding the nearside front steering system fouling, which was followed by an advisory for slight play in the nearside front drag link end ball joint. This indicates a period of instability in the steering linkage components that required rectification to achieve the current clean status. The vehicle exhibits a low-usage profile for a 34-year-old car, with 68,462 recorded miles representing an average annual accumulation of approximately 2,014 miles. This pattern of infrequent use means that while mechanical wear on drivetrain and engine components may be relatively low, the vehicle is subject to the specific risks associated with long periods of inactivity. Such usage can lead to the hardening of rubber components, such as suspension bushes and seals, and may contribute to the development of play in ball joints and steering linkages, as evidenced by the 2025 steering system defects. A prospective buyer should pay close attention to the steering and front suspension during a test drive to ensure the recent repairs have fully addressed the previous issues. Listen for any intermittent knocking, clicking, or clunking noises when turning the steering wheel at low speeds or when navigating uneven road surfaces, as these can signal residual play in the drag link or other steering linkages. Additionally, check for any wandering or a tendency for the car to pull to one side, which could indicate that the steering geometry or the recently flagged ball joint has not been perfectly restored to specification. Given the low annual mileage, it is also prudent to inspect the condition of all rubber-to-metal interfaces and flexible hoses. While the MOT record does not currently show defects in these areas, the infrequent movement of the vehicle can cause components to perish or seize. During the test drive, pay attention to the responsiveness of the steering and any vibrations felt through the steering wheel, as these will provide the most direct feedback on the current state of the front-end steering assembly and its ability to maintain precise control.