2005 HONDA ST13001.3L Petrol

The maintenance trend for this 2005 Honda ST1300 is entirely stable, demonstrating a consistent record of passing its MOT tests without any recorded defects. The most recent test on 20 March 2025 at 54,596 miles yielded a clean pass, indicating the motorcycle currently meets all required safety and roadworthiness standards. This unblemished history suggests a diligent approach to routine maintenance, with no recurring mechanical or structural issues requiring remedial action over the documented period. The mileage accumulation is exceptionally low for a machine of this age, averaging roughly 2,600 miles per year. Between the June 2018 test at 50,053 miles and the July 2019 test at 53,420 miles, the bike covered 3,367 miles, but usage dropped sharply thereafter. From December 2020 at 53,981 miles to December 2021 at 53,992 miles, the machine traveled just 11 miles. A significant gap exists in the MOT record between December 2021 and March 2025, during which the mileage increased by only 604 miles. This prolonged period of minimal use strongly implies the motorcycle was likely registered as off-road or stored, which carries its own mechanical implications despite the low mileage. Despite the clean MOT record, a buyer must physically inspect components susceptible to deterioration from prolonged standing rather than wear from use. Tyres will almost certainly require replacement due to age-related cracking and perishing, regardless of remaining tread depth. Brake systems demand close scrutiny; calipers may have seized or corroded from lack of use, and brake fluid will have absorbed moisture, severely reducing its boiling point. Suspension seals and fork oil will have degraded, likely resulting in poor damping and potential oil weeping. The fuel system requires thorough draining and inspection, as stale petrol from a three-year stationary period will have vanished or left damaging varnish deposits in the injectors and fuel pump. Corrosion on the exhaust system, fasteners, and electrical connectors is highly probable given the extended dormancy.