1969 Jaguar E-Type 4.2L Petrol · WLH 135G

The most recent MOT inspection in June 2024 resulted in a pass, though the record reveals a history of recurring mechanical issues that suggest a maintenance pattern focused on reactive repairs rather than preventative care. While the vehicle successfully cleared several major failures regarding steering column integrity and lighting in 2024, the presence of new advisories concerning brake pipe corrosion and oil leaks indicates that while critical safety failures are being addressed, secondary degradation is progressing. The overall maintenance trend appears somewhat unstable, as the vehicle frequently oscillates between passing with multiple advisories and failing on significant steering and hydraulic components. With a recorded mileage of only 6,302 miles over approximately 57 years, this Jaguar E-Type has averaged an exceptionally low 111 miles per year. Such minimal usage is characteristic of a collector vehicle that spends the vast majority of its life stationary. While low mileage implies minimal wear on the engine internals and drivetrain, it presents significant risks associated with long-term standing. In vehicles of this age and usage profile, the primary mechanical concerns shift from frictional wear to the degradation of seals, the perishing of rubber components, and the onset of corrosion due to moisture accumulation in stagnant fluids and unused moving parts. Prospective buyers must pay close attention to the recurring advisories regarding the steering and braking systems. The history of steering column top bearing wear and excessive movement, which caused a major failure in 2024, suggests that the steering assembly requires rigorous inspection for play or knocking sounds during low-speed manoeuvres. Furthermore, the recent advisories for corroded nearside and offside front brake pipes, combined with previous reports of pitted rear brake discs, necessitate a thorough check of the entire hydraulic system. During a test drive, listen for any irregular feedback through the steering wheel or a spongy brake pedal, and visually inspect the brake lines for any signs of weeping or heavy surface oxidation that could lead to sudden failure. Given the extremely low annual mileage, a physical inspection should focus heavily on age-related degradation that occurs regardless of distance travelled. Inspect the tyres thoroughly for sidewall cracking or perishing, as even if they retain deep tread, the rubber compound may have hardened and lost grip. Check all rubber bushings, coolant hoses, and fuel lines for signs of brittleness or cracking. The reported oil leak and previous power steering seepage suggest that gaskets and seals may be drying out; look for fresh fluid accumulation around the engine block and steering rack. Finally, verify the service history to ensure that fluids such as brake fluid, coolant, and engine oil are being changed based on time intervals rather than mileage, as moisture contamination in fluids is a significant risk for vehicles that stand for long periods.