2009 Triumph Daytona 0.6L Petrol · EJ09 TOH

A pattern of long-term roadworthiness with minimal recorded intervention defines this vehicle, as evidenced by a clean pass on 15 June 2026. The MOT history shows a consistent ability to meet regulatory standards, with the most recent five years of testing showing no defects or advisories. The only recorded mechanical note in the provided history was a single advisory regarding nearside front shock absorber stanchion misting in 2017, a concern that has not reappeared in subsequent tests. The recorded mileage of 27,654 miles over a 17-year period indicates a very low annual usage rate of approximately 1,627 miles. This low-intensity usage profile suggests the vehicle has not been subjected to the high-frequency wear typically seen on high-mileage machines, particularly regarding drivetrain and engine components. However, the significant gaps between tests, such as the four-year interval between 2017 and 2021, combined with such low annual mileage, may indicate periods where the vehicle remained stationary for extended durations. Given the specific advisory regarding the nearside front shock absorber stanchion misting in 2017, a physical inspection of the fork seals is necessary to ensure no new oil seepage has developed. During a test ride, pay close attention to the front end for any signs of irregular damping or oscillation, which could indicate internal seal failure or loss of hydraulic fluid. Any sudden changes in steering weight or a feeling of instability when cornering or hitting undulations should be treated as a potential sign of compromised front suspension performance. While the recent records are clear of defects, the low mileage and intermittent testing intervals warrant a close look at all rubber and seal components. Check for any signs of perishing or cracking on hoses, cables, and seals that may have occurred due to age rather than wear. On the test ride, listen for any unusual knocks or clicks from the steering head or suspension linkages, and ensure the braking system provides consistent, progressive pressure without any sponginess or sudden grab, which would indicate air in the lines or compromised hydraulic integrity.