1966 Jaguar E-Type 4.2L Petrol · BRE 497D

The 1966 Jaguar E-Type presents a remarkably clean MOT record, with a stable and consistently improving maintenance trend. The most recent test on 22 June 2024 at 98,409 miles passed with zero defects, advisories, or failures, marking the fifth consecutive clean certificate stretching back to 2019. This pattern suggests the current custodian has maintained the car to a high mechanical standard, with no recurring faults or emerging deterioration flagged across multiple inspections. Mileage accumulation is exceptionally low for a vehicle of this age. Over the recorded period from 23 August 2019 at 98,224 miles to 22 June 2024 at 98,409 miles, the car covered just 185 miles across nearly five years of use. That equates to roughly 37 miles per annum during the most recent ownership window, indicating the car has been used sparingly as a weekend or show vehicle rather than a daily driver. The gap between the 2023 and 2024 tests shows only 10 miles of use in thirteen months, reinforcing the picture of minimal recent activity. While low mileage generally preserves mechanical components, prolonged standing can introduce its own risks, particularly with fuel system degradation, tyre sidewall cracking from age rather than wear, and seized brake components from lack of use. Despite the clean MOT history, a prospective buyer must conduct a thorough in-person inspection focused on areas the MOT does not fully interrogate. The car's monocoque structure and subframes should be examined closely for corrosion, as structural integrity issues on a 60-year-old steel-bodied car can develop beneath paint without triggering a standard MOT failure until advanced. Suspension bushes, ball joints, and coil springs should be inspected for age-related deterioration, since rubber components degrade with time regardless of mileage. The braking system, including calipers, hoses, and handbrake mechanisms, warrants particular attention given the extremely low recent usage, as binding calipers and corroded discs are common on vehicles that sit stationary for extended periods. Fuel system integrity, including tank condition, fuel lines, and carburettor function, should also be verified, as stale fuel and ethanol-blended modern petrol can cause significant damage to older fuel systems. Tyre date codes must be checked, as tyres with adequate tread depth but aged beyond six to ten years present a genuine safety risk that the MOT does not specifically address.