2003 Yamaha FZS1000 1.0L Petrol · FM03 OBA

The 2003 Yamaha FZS1000 presents a clean and stable MOT record, with the most recent test conducted on 13 April 2026 at 32,227 miles passing without any defects or advisories. This marks five consecutive passes with zero recorded faults across the entire documented history. The trend is firmly stable, indicating consistent mechanical reliability and no emerging deterioration in roadworthiness. For a machine of this age, a flawless MOT record spanning multiple years is a strong indicator of careful ownership and regular preventative maintenance. The mileage pattern reveals notably low annual usage. Between the December 2020 test at 27,646 miles and the April 2026 test at 32,227 miles, the machine accumulated just 4,581 miles over approximately five and a half years, averaging roughly 830 miles annually during that window. Earlier years show similarly modest use, with only 81 miles added between December 2020 and December 2021. The overall lifetime average sits at approximately 1,401 miles per year. Such low mileage suggests the bike has spent extended periods stationary, which carries its own considerations despite the clean test outcomes. A clean MOT record does not eliminate the need for a thorough in-person inspection. Machines that stand for long periods can develop issues that MOT tests do not specifically target, such as stale fuel degrading carburettor internals, perished rubber brake hoses, dried fork seals, or corrosion inside the fuel tank. The braking system and tyres deserve particular attention, as infrequent use can lead to surface corrosion on brake discs and flat-spotting or sidewall cracking on tyres that still meet minimum tread depth. Suspension components, including swingarm bearings, headstock bearings, and linkage bushings, should be checked for free movement and lack of play, as prolonged static loading can cause brinelling or stiffness in these areas. The exhaust system and engine casings should be inspected for signs of corrosion or weeping gaskets, particularly around the header joints where heat cycling can accelerate deterioration even at low mileage. Electrical connections, battery condition, and charging system output are worth verifying, as infrequent use can lead to battery sulfation and corroded terminals. Overall, the MOT data paints a picture of a well-maintained machine, but the low and sporadic mileage accumulation means a hands-on inspection focused on age-related degradation rather than wear-related fatigue is the prudent approach for any prospective buyer.