1984 Ford Capri 1.6L Petrol · A335 FSF

The vehicle passed its most recent MOT on 26 November 2025, though this followed a failure just two days prior. The overall maintenance trend appears inconsistent and reactive, with a recurring pattern of failures related to the braking system and electrical components. Specifically, the repeated occurrences of brake binding and inadequate braking effort across several years suggest a systemic issue with the hydraulic system or calipers rather than isolated wear. While the vehicle is currently certified as roadworthy, the history indicates that safety-critical components have frequently been neglected until the point of MOT failure. With a recorded mileage of 46,314 miles over approximately 42 years, the vehicle has averaged only 1,103 miles per year. This exceptionally low usage suggests the car has spent significant periods in storage or has been used sparingly. While low mileage generally implies less wear on the engine and gearbox, it introduces specific mechanical risks associated with stagnation. Long periods of standing often lead to the perishing of rubber seals, the accumulation of moisture within the braking system, and the degradation of lubricants, which correlates with the chronic brake binding issues noted in the DVSA records. A prospective buyer must prioritise a rigorous evaluation of the braking and steering systems during a test drive. Listen for any dragging sounds and check for excessive heat emanating from the rear wheels after a short journey, as this would indicate that the binding issues persist. The recent failure of a track rod end split pin suggests that steering linkages may be fatigued or corroded; therefore, any play in the steering wheel or clunking noises during low-speed manoeuvring should be viewed as a red flag. Additionally, the current advisory for an exhaust leak should be inspected, as small leaks in older systems often signal advanced corrosion that will soon require a full section replacement. Given the vehicle's age and low usage profile, a thorough physical inspection for standing-related degradation is essential. Examine all tyre sidewalls for hairline cracking or perishing, as old rubber loses its structural integrity regardless of the remaining tread depth. Particular attention should be paid to the nearside front subframe mounting where excessive corrosion was previously flagged, to ensure that structural repairs were carried out to a professional standard. Finally, verify the service records for calendar-based fluid changes; engine oil, coolant, and brake fluid degrade over time regardless of mileage, and neglected fluids can lead to internal engine sludge or hydraulic failure.