1986 Porsche 944 2.5L Petrol · C958 JHR

Corrosion of the braking system and structural components, alongside recurring issues with fuel lines, represents the primary mechanical risk for this vehicle. The MOT history shows a persistent pattern of degradation in the braking architecture, specifically regarding brake pipe corrosion and binding calipers, which culminated in a failure in August 2020 due to incorrect headlamp aim following a series of significant advisories. While the most recent recorded test on 19 August 2020 was a pass, the preceding years demonstrate a trend of accumulating advisories related to brake hoses, fuel pipes, and body corrosion, indicating that the vehicle's age-related deterioration is a consistent factor in its roadworthiness profile. The recorded mileage of 50,105 miles over a 40-year lifespan equates to an average annual accumulation of approximately 1,253 miles. This extremely low rate of usage suggests the vehicle has spent significant periods stationary or is used only for infrequent, short-distance trips. Mechanically, such a pattern often results in the degradation of rubber components and the onset of corrosion in areas not regularly cleared by road spray or movement. The gap in testing between 2018 and 2020, combined with the low mileage, aligns with the specific defects noted in the records, such as deteriorated brake hoses and chafed fuel pipes, which are common symptoms of long-term inactivity. A prospective buyer should focus heavily on the integrity of the braking and fuel delivery systems. The records specifically flag corrosion on both nearside and offside rear brake pipes, a damaged offside rear brake cable, and a binding nearside rear service brake. During a test drive, it is essential to check for uneven braking force, a pulling sensation to one side under deceleration, or any grinding noises from the rear wheels. Furthermore, the history of fuel pipe chafing and rust necessitates a close visual inspection of the fuel lines for any signs of weeping or structural weakness, as these components are critical to preventing leaks. Structural and suspension integrity should also be a priority, given the repeated advisories regarding body and vehicle structure corrosion dating back to 2014. The presence of play in the offside front wheel bearing and damage to a rear front constant velocity joint gaiter in earlier tests suggests that while some issues may have been addressed, the suspension and drivetrain components require rigorous scrutiny. Listen for rhythmic clicking during low-speed turns, which could indicate CV joint wear, and feel for any knocks or vibrations through the steering wheel or floorpan when traversing uneven surfaces, which may signal compromised suspension bushes or structural degradation.