1967 Morris Minor 1000 1.3L Petrol · RPE 459E

The 1967 Morris Minor 1000 is currently roadworthy following its most recent MOT on 2025-03-17, where it passed with only minor advisories. However, the maintenance trend shows a concerning pattern of recurring issues, particularly with the braking system and steering components, indicating that while the car has been kept operational, consistent attention to safety-critical systems has been lacking. The fact that the same defects—such as steering rack play and brake efficiency problems—reappeared across multiple tests suggests either incomplete repairs or ongoing deterioration that has not been fully addressed. The vehicle's recorded mileage of 25,129 miles over 59 years equates to an average of just 426 miles per year, which is exceptionally low for a classic car of this age. This implies the vehicle has likely been stored for long periods or driven very infrequently, which can lead to issues with fluid degradation, battery health, and rubber component deterioration. The MOT history shows a significant gap between the 2023-02-14 pass and the 2024-02-16 failure, suggesting a period of inactivity or neglect. Mileage increased steadily from 17,243 to 25,129 miles over three years, but the lack of consistent MOTs before 2023 raises questions about long-term care. Key areas requiring close inspection include the braking system, particularly the rear parking brake and axle imbalances, which have been flagged multiple times. The corroded brake pipes and persistent oil leaks point to potential corrosion and fluid contamination issues that could compromise safety. The steering rack inner joint play and missing gaiter indicate wear and possible contamination of the steering mechanism, which may affect handling. Buyers should also examine the suspension components, such as coil springs and bushes, for signs of fatigue or rust, as these are common failure points in older vehicles. Structural integrity should be assessed for any signs of rust-through, especially in the underbody and wheel arches.