2021 Morgan Unknown 2.0L Petrol · MM05 BUG

The most recent DVSA examination on 23 March 2026 returned a Pass with no defects or advisories recorded, which represents a satisfactory outcome and indicates the vehicle has cleared all statutory roadworthiness requirements at the time of test. Looking at the broader test history, the vehicle has generally maintained a clean record with passes in February 2024, May 2025, and March 2026, suggesting a stable maintenance trend overall. The only blemish is a single Major defect issued on 11 March 2026 for an exhaust Lambda sensor reading recorded at 1.226 after the second fast idle, classified under Section 8.2.1.2 (c). This is an emissions-related item that was rectified within the same month given the subsequent pass, and as a singular isolated failure rather than a recurring pattern, it does not suggest a systemic deterioration in mechanical condition. The absence of any advisories for tyres, brakes, suspension, or corrosion across the recorded tests is a positive indicator of the vehicle's structural and mechanical upkeep. With only 3,838 miles recorded over approximately five years, annual usage averages around 768 miles per year, which is exceptionally low for any road vehicle. Such limited mileage raises distinct concerns that differ from those typically associated with high-mileage wear. Vehicles that have spent extended periods garaged or used very sparingly are prone to deterioration through standing rather than through use, affecting components such as brake discs and calipers, exhaust systems, suspension bushes, and flexible hosing. The intervening period between tests and the modest mileage accumulation between examinations suggests the vehicle has likely experienced prolonged idle spells, which carries implications for the condition of seals, gaskets, fluid systems, and electrical components. Given the low annual mileage and the vehicle's age, particular attention should be paid during physical inspection to the condition of tyres, as rubber compounds degrade with age regardless of tread depth. Check the sidewalls and tread face for perishing, cracking, or crazing, and verify the manufacturing DOT date code to ensure the tyres are not excessively old. Brake discs should be carefully examined for signs of surface corrosion, pitting, or lipping caused by infrequent use, and the calipers should be checked to ensure they are not binding or seizing, which is a common issue on low-mileage vehicles. Similarly, the exhaust system, including the Lambda sensor that triggered the recent failure, should be inspected for rust, corrosion at joints and mounting points, and any deterioration of hangers or shielding, as standing vehicles are particularly susceptible to exhaust corrosion from moisture accumulation. Further inspection should include verification of the 12V battery health, as low-use vehicles frequently suffer from battery degradation through prolonged standing without adequate charging cycles, and the battery may require replacement or professional load testing. All fluids, including engine oil, coolant, brake fluid, and fuel, should be assessed for time-based degradation rather than relying solely on service intervals, as calendar age rather than mileage governs their effective service life. On a test drive, listen carefully for any suspension clonks or knocks over uneven surfaces, which would indicate perished or hardened bushes, and check for brake shudder or pull under braking that would suggest corroded discs or seized caliper mechanisms. Finally, verify the completeness of the service book documentation and confirm that annual or calendar-based servicing has been carried out regardless of the low odometer reading, as manufacturer warranty and mechanical longevity depend on time-scheduled maintenance as much as mileage-based intervals.