1967 Volkswagen Karmann Ghia 2.0L Petrol · OBP 181E

The most recent MOT, carried out on 12 June 2026, was passed with no recorded defects, indicating that the significant failures identified two months earlier have been remedied. Over the last six years the vehicle has shown a pattern of mostly passing results, punctuated by a single failure in April 2026 and a handful of advisories dating back to 2017. This suggests a generally stable maintenance regime, with the owner addressing major safety items promptly after the recent failure and keeping the car within legal standards otherwise. With 82,381 miles recorded on a 1967 Karmann Ghia, the average annual mileage works out at roughly 1,400 miles per year – markedly lower than typical usage for a car of this age. Such low utilisation often points to long periods of storage rather than continuous low‑intensity driving. While the reduced wear on moving parts is advantageous, prolonged standing can accelerate corrosion of body panels, under‑body structures and suspension components, and can allow seals and gaskets to dry out, leading to leaks when the car is finally driven. Prospective buyers should give particular attention to the items that previously caused a failure. Verify that the driver’s seat adjustment now moves smoothly and locks securely in all positions; any unexpected movement or binding could indicate worn seat rails or a compromised adjustment mechanism. Confirm that the windscreen washer system delivers fluid to the glass and that the horn produces a clear, audible tone – a silent or intermittent horn may signal a faulty relay or wiring fault. Check the nearside headlamp aim, ensuring the beam is correctly centred and not excessively high, as mis‑aim can be caused by shifted mounting brackets or worn headlamp adjusters. Inspect the nearside rear wheel‑arch for the reported corrosion hole and the off‑side front inner arch for similar deterioration; any rust should be assessed for depth and potential structural impact. The nearside rear wheel bearing was noted with slight play; a hands‑on check for lateral movement and any grinding noises under load is essential, as bearing wear can progress rapidly once play is present. Front tyre tread depths should be measured; the 2018 advisories indicated wear close to the legal minimum, and given the age of the tyres, sidewall cracking or dry‑rot is likely even if tread appears adequate. Look for uneven wear patterns that could betray mis‑alignment or worn suspension bushes. Beyond the specific defects, an 80‑year‑old vehicle warrants a thorough age‑related inspection. Examine all body panels, especially the wheel arches and lower sills, for signs of perished paint, bubbling rust or structural corrosion that could compromise integrity. Test the 12 V battery voltage and consider a load test, as batteries left idle for years often lose capacity and may leak acid onto surrounding components. Inspect brake discs and drums for surface rust, scoring or uneven wear, and verify that the calipers or shoe mechanisms move freely without binding – a common issue in cars that sit for extended periods. Finally, check all fluid reservoirs (engine oil, coolant, brake fluid, power‑steering if fitted) for correct levels, colour and any signs of contamination; fluids degrade with time even if the car is not driven, and a full service interval based on calendar rather than mileage is advisable before putting the car back into regular use.