1963 Jaguar MK II 3.4L Petrol · DRS 896A

The most recent DVSA examination on 1 July 2026 resulted in a pass, although the previous attempt the day before was a failure due to a deteriorated nearside inner track rod end ball joint dust cover allowing ingress of dirt. This was a relatively inexpensive repair to rectify and the vehicle subsequently passed, which is reassuring, but the fact remains that the steering and front suspension components have attracted the tester's attention on consecutive visits. Steering box free play has been noted on both the failed and passed tests, alongside two advisories for oil leaks, suggesting that the steering assembly is showing its age and will likely require refurbishment of the steering box and possibly replacement of seals in the near future. The overall trend across the last decade of MOT records does not point to a deteriorating mechanical condition so much as a car that is being maintained in line with its vintage status, with advisories accumulating around areas typical of an older vehicle such as suspension knock, brake bind, and minor play in wheel bearings. None of these items have yet caused a failure in isolation, but a prospective buyer should treat them as a roadmap of components that are progressively wearing and budget for their attention. With 93,386 miles recorded over approximately 63 years, this Jaguar has covered a very modest average of around 1,482 miles annually, which is exceptionally low even for a cherished classic. Such restricted usage almost certainly means the vehicle has spent long periods laid up in a garage, which carries its own set of mechanical considerations. Extended standing periods allow brake discs to corrode and bind in their calipers, rubber components to harden and perish, and fluids to degrade through moisture absorption rather than use. The historic advisories for slight brake bind, noted on three separate MOTs between 2017 and 2019, support this view, as binding calipers are a classic symptom of infrequent use combined with corrosion around the slider pins and piston seals. Equally, suspension bushes, shock absorber mounts, and anti-roll bar links tend to deteriorate from age and lack of movement as much as from mileage, and the advisory recorded in 2021 for a slight rear suspension knock, together with the 2019 advisories for worn rear shock absorber bushes, suggests these areas are beginning to show calendar-related wear that warrants inspection. Given the age of the vehicle and the advisory history, a prospective buyer should carry out a thorough physical inspection beyond the MOT paperwork. Tyres should be examined closely for sidewall perishing and cracking, as rubber compounds degrade with age regardless of tread depth, and any tyre older than six years from its date code should be replaced regardless of appearance. The braking system requires careful scrutiny: with the recurring bind advisories, the caliper slide pins, pistons, and handbrake mechanism should be checked for seizure, and the discs inspected for lip corrosion or heat cracking. A test drive should include firm pedal applications to check for uneven pulling, and the handbrake should hold the car on an incline. Pay close attention to the steering during low-speed manoeuvring, feeling for any notchiness, excess free play, or wandering that could indicate the worn steering box, and listen for any clonks over uneven surfaces that would suggest the track rod end or other steering components are nearing replacement. The engine bay should be inspected for the source of the oil leaks recorded in 2026, as a neglected leak can lead to component damage over time, and the coolant and brake fluid should be checked and likely replaced purely on age grounds, as both fluids degrade in service regardless of mileage. Further practical checks should focus on the electrical system, fuel system, and structural integrity typical of a 1960s Jaguar. The 12-volt battery should be tested under load, as a vehicle that stands for long periods is prone to flat or sulphated batteries, and the charging system should be confirmed as healthy. All lighting should be verified, particularly given the 2024 failures relating to headlamp aim, indicator operation, and front sidelight brightness, as poor earthing and corroded bulb holders are common age-related electrical faults. Fuel lines, flexible hoses, and the petrol tank should be inspected for corrosion or perishing, and the cooling system hoses and radiator should be checked for signs of age-related degradation. Structurally, the sills, inner and outer arches, jacking points, and boot floor are areas where corrosion can take hold on a Mk II, particularly one that has seen winter road use, so a thorough examination on a ramp or with a torch is highly advisable. Finally, verifying the service history, confirming recent replacement of ignition components, checking the condition of the cooling system, and ensuring the axle and gearbox oils have been changed at appropriate intervals will give a clearer picture of how well the previous custodian has cared for this increasingly collectible motor car.