1995 Mazda MX-5 1.8L Petrol · CDE 14

Structural corrosion and recurring suspension degradation define the mechanical profile of this 1995 Mazda MX-5, which passed its most recent MOT on 9 February 2026 with a significant list of advisories. The history of this vehicle reveals a persistent struggle with metal oxidation, evidenced by repeated flags for under-body corrosion, structural integrity concerns, and suspension component decay. While the car has secured passes in recent years, the consistent reappearance of structural and suspension-related advisories indicates that the vehicle is currently in a state of managed decline rather than long-term stability, with the underlying chassis issues remaining a recurring theme throughout its testing life. With a total of 78,152 miles over 31 years, the vehicle averages approximately 2,521 miles annually, a low figure that suggests long periods of inactivity or seasonal use. While this low mileage might typically imply reduced wear on drivetrain components, the MOT history demonstrates that time has been as damaging as usage. The gaps in testing and the recurring nature of the corrosion-related failures suggest that the vehicle has spent significant time in environments that promote oxidation, meaning that low mileage has not protected the chassis from the natural aging processes that affect older, ungaraged, or damp-stored vehicles. Prospective buyers should prioritise a thorough physical inspection of the chassis rails, sills, and suspension mounting points, as the 2018 and 2019 test failures specifically highlighted structural weaknesses in these areas. During a test drive, listen for metallic clunks or knocking noises originating from the wheel arches when traversing uneven surfaces, which would indicate that the worn shock absorber bushes and corroded suspension components noted in the 2026 test are beginning to fail. Any sensation of the steering wandering or the vehicle feeling unsettled over bumps suggests that the suspension geometry is compromised by the documented corrosion and bush wear. The brake lines and fuel lines should also be scrutinised for signs of surface rust, particularly given the historical advisories regarding grease-covered or corroded brake pipes. Check the pedal feel for any sponginess or excessive travel, which could indicate that the braking system is struggling with the effects of age. Furthermore, inspect the interior footwells and the boot area for any signs of dampness or water ingress, which often accompany the structural corrosion flagged in the sill and body structure advisories. A professional inspection on a ramp is strongly recommended to assess the current extent of the structural corrosion, as the MOT advisories confirm that the metal integrity is currently being monitored rather than resolved.