1990 Alfa Romeo 75 2.0L Petrol · G592 ALE

Persistent mechanical intervention has been required to maintain this vehicle's roadworthiness, as evidenced by a pattern of intermittent test failures involving structural drivetrain components, lighting, and braking systems. While the car secured a pass on 1 May 2026, this followed an immediate failure on the same date due to a loose offside rear driveshaft securing bolt, highlighting a vulnerability in the drivetrain assembly. The historical record shows a recurring need for attention to basic electrical and mechanical maintenance, suggesting that while the vehicle remains operational, it requires consistent monitoring of its ageing components to remain compliant with safety standards. With a recorded mileage of 80,086 over 36 years, the vehicle averages approximately 2,225 miles annually, a low figure that suggests long periods of inactivity rather than consistent use. The significant testing gap between 2015 and 2021 indicates an extended period off the road, which often leads to the degradation of rubber seals, gaskets, and hydraulic components. Prospective buyers should be aware that such limited usage can result in hidden corrosion within the fuel system and internal engine components, as well as the potential for seized linkages or perished rubber bushings that may not be immediately apparent during a standard static inspection. During a test drive, the history of a binding offside rear service brake necessitates a careful evaluation of the braking system. Listen for any dragging noises or a pull to one side during deceleration, and check for signs of uneven heat dissipation from the rear wheels after a short run, which could indicate a sticking caliper or a seized handbrake mechanism. Given the recent failure related to the driveshaft securing bolt, any rhythmic clicking, vibration under load, or clunking sounds when transitioning between acceleration and deceleration should be treated as a priority concern, as these symptoms often point to play in the drivetrain or worn universal joints. The documented history of exhaust manifold leaks and headlamp water ingress warrants a thorough inspection of the engine bay and front lighting assemblies. When the engine is cold, inspect the manifold area for signs of carbon staining or soot, which would confirm an ongoing leak, and listen for an audible ticking sound that increases with engine speed. Furthermore, verify that all electrical lighting functions correctly, specifically the rear fog lamps and headlamp aim, as these have been recurring failure points in previous inspections. Inspect the windscreen for the previously noted damage to ensure that any existing chips or cracks have not propagated, as structural integrity and visibility remain key areas of concern for a vehicle of this age.