1960 Aston Martin DB4 3.7L Petrol · DB 1111

The most recent DVSA MOT record for this 1960 Aston Martin DB4 shows a clean pass on 16 September 2022 with no defects or advisories recorded. On the surface, this indicates a vehicle maintained to a high standard of roadworthiness at the time of testing. However, as the current date is September 2026, there is a significant gap in the recorded testing history that must be addressed. While the previous result suggests a stable maintenance trend, the absence of recent data means the current mechanical state cannot be verified by official records alone. The recorded mileage of 57,155 miles is exceptionally low for a vehicle of this vintage, averaging approximately 866 miles per year over its sixty-six year lifespan. While this implies minimal wear on the engine internals, gearbox, and differential, such low usage often indicates prolonged periods of inactivity. Low-mileage classic cars are frequently subject to different mechanical stresses than those in regular use, specifically regarding the degradation of rubber components and the accumulation of moisture within the fuel and braking systems. Given the clean MOT history and low usage, a prospective buyer must prioritise a physical inspection of all age-related consumables. Particular attention should be paid to the tyres, as rubber perishes over time regardless of tread depth; check for sidewall cracking or flat spots caused by standing. The braking system requires a thorough evaluation to ensure that calipers are not binding and that the brake discs have not suffered from surface corrosion or pitting. During a test drive, listen for any suspension clunks or stiffness, which may indicate that the rubber suspension bushes have hardened or cracked due to age. Finally, the internal health of the vehicle depends on calendar-based maintenance rather than mileage. Verify the service history to ensure that engine oil, coolant, and brake fluid have been replaced at regular intervals to prevent internal corrosion and sludge build-up. The 12V battery should be tested for health and charging efficiency, as long periods of standing can lead to permanent sulfation. A detailed inspection of the underbody and chassis is essential to identify any hidden corrosion that may have developed during periods of storage, ensuring the structural integrity of the vehicle remains intact.