1969 Jaguar E-Type 4.2L Petrol · DVG 42G

The most recent MOT, carried out on 22 April 2025, was passed with no recorded defects, indicating that the vehicle met the statutory safety and emissions requirements at that time. Compared with the earlier MOT history, the car showed a clear improvement: a failure on 9 September 2021 was limited to non‑functional headlamps and a non‑working windscreen washer, both of which appear to have been remedied by the subsequent pass on 14 September 2021 and again on the 2025 test. The trend therefore suggests a stabilising maintenance regime, provided that any corrective work performed after the 2021 failure has been maintained. At 26 624 miles recorded on a 1969 Jaguar E‑Type, the average annual usage works out to roughly 467 miles per year, an exceptionally low figure for a vehicle of this age. Such limited mileage often points to periods of storage rather than regular motoring, which can be as consequential as high mileage in terms of component wear. Low utilisation reduces wear on consumables such as tyres, brakes and clutch, but it also allows age‑related deterioration of rubber, seals, and metal—particularly corrosion of chassis members, perishing of tyre sidewalls, and the hardening of suspension bushings. Any sudden increase in mileage after purchase will place additional stress on components that may have been idle for decades. When inspecting a classic car with this usage profile, the buyer should give particular attention to the condition of the tyres; even if tread depth appears adequate, sidewall cracking, dry rot or loss of flexibility is common after many years of storage and can lead to sudden failure. Examine the wheels and rims for corrosion, especially around the hub bore and lug nuts, and verify that the tyre pressure holds when the car is warmed up. The 12‑volt battery is likely to be beyond its service life and should be tested for cranking amperage and electrolyte level, or replaced outright. Check the chassis and under‑body for rust, paying close attention to the bulkhead, rear cross‑member, suspension mounting points and exhaust system, as hidden corrosion can compromise structural integrity. Inspect all suspension components—coil springs, shock absorbers, and especially the rubber bushings and ball joints—for signs of hardening, cracking or excessive play, which would manifest as clunking noises over bumps or a vague wandering feel on straight‑line driving. Given the age of the vehicle, fluid condition is a critical check. Verify that engine oil, gearbox oil, differential oil and brake fluid have been changed within the last 12 months; old oil can become viscous, losing its lubricating and cooling properties, while brake fluid absorbs moisture and can cause internal corrosion or a spongy pedal. Look for any leaks from the engine, transmission, rear axle and cooling system, as seals and gaskets often dry out when a car sits idle. Test the operation of the headlamps, dip and main beams, and the windscreen washer system, confirming that the earlier failures have been fully resolved and that the wiring and connectors are free from corrosion. During a test drive, listen for any unusual noises from the drivetrain, feel for brake pedal firmness, and note any vibration or shudder at higher speeds that could indicate warped brake discs or worn wheel bearings. A thorough visual inspection of the clutch engagement point, gearbox shifts and rear differential noises will also reveal whether the drivetrain has been kept in good order despite the low mileage.