1999 Triumph Speed Triple 955I 1.0L Petrol · T962 ANH

The vehicle most recently passed its MOT on 30 August 2025 with no defects or advisories recorded. Looking back through the history to 2022, the maintenance trend is exceptionally stable, showing a consistent pattern of clean passes. This absence of recorded failures or advisories suggests the motorcycle has been kept in a high state of repair or has seen very little road use, indicating a well-preserved example from a maintenance perspective. With a recorded mileage of 8,382 miles over a twenty-seven year period, the annual usage averages approximately 310 miles. This is significantly below the expected mileage for a vehicle of this vintage. While this implies minimal frictional wear on the engine internals, gearbox, and final drive, such low usage often points to prolonged periods of standing. This creates a different set of mechanical risks compared to a high-mileage vehicle, shifting the focus from component wear-and-tear to degradation caused by inactivity. Given the clean MOT history and low mileage, the buyer must prioritise an inspection of age-related perishables over mechanical wear. It is critical to examine the tyre sidewalls for signs of cracking or perishing, as rubber degrades over time regardless of remaining tread depth. The braking system should be scrutinised for binding calipers or heavy surface corrosion on the brake discs, which often occurs when a vehicle stands for extended periods. A test drive should focus on ensuring the brakes return freely and that there is no shuddering or unevenness in the lever feel. Attention must also be paid to the condition of all fluids and rubber components. Brake fluid and engine coolant degrade on a calendar basis, and the buyer should verify that these have been refreshed recently to avoid internal corrosion or overheating. The 12V battery health should be tested for voltage stability, and the fuel system should be checked for any signs of varnish or clogging resulting from old fuel. Finally, inspect the suspension seals and fuel lines for dryness or shrinkage, as rubber components can lose elasticity when not regularly cycled through their operating temperatures.