1967 Porsche 911 2.0L Petrol · VVX 714E

The most recent MOT test recorded in March 2022 resulted in a pass, although it included an advisory regarding the offside park brake efficiency being low at 16 percent. When reviewing the long-term maintenance trend, the vehicle shows a period of instability around 2007 involving corrosion and lighting failures, but it has demonstrated a consistent and stable passing record from 2015 through to 2022. The current maintenance trajectory appears stable, though the recent advisory indicates that the braking system is beginning to show signs of wear or degradation that will require attention in the near future. With a recorded mileage of 71,045 miles over nearly 59 years, the vehicle has averaged approximately 1,204 miles per year. This represents very low annual usage, which is typical for a preserved classic but carries specific mechanical implications. While the engine and drivetrain may have low cumulative wear, the primary concerns for a vehicle used so sparingly are the effects of long periods of inactivity. Low mileage does not equate to mechanical freshness; rather, it often necessitates a more rigorous inspection of seals, gaskets, and fluid chemistry which can degrade over time regardless of distance travelled. During your test drive, you should pay close attention to the braking performance to address the previous advisory. Listen for any dragging or binding sounds from the rear wheels and feel for any unevenness or pulling when the handbrake is applied. The low efficiency on the offside suggests that the rear brake components, such as the linings, drums, or calipers, may be experiencing uneven wear or light corrosion. You should also check for any shuddering through the pedal or steering when applying the service brakes, which could indicate warped discs or seized caliper pistons resulting from the vehicle standing for extended periods. Given the low usage profile, a thorough physical inspection of all perishable components is essential. Examine the tyre sidewalls closely for any signs of cracking, perishing, or dry rot, as age-related degradation can compromise safety even if tread depth remains high. Inspect all rubber suspension bushes, engine mounts, and fuel hoses for signs of hardening or splitting. Furthermore, check the chassis and suspension mounting areas for any signs of progressive corrosion, particularly in areas highlighted in previous years. Finally, ensure that all vital fluids, including brake fluid, coolant, and oil, have been changed based on a calendar schedule rather than mileage to prevent internal component damage from moisture or chemical breakdown.