2009 Aprilia SR 50 R 0.0L Petrol · FJ59 MBO

The most recent DVSA MOT test for this 2009 Aprilia SR 50 R was conducted on 9 July 2026, resulting in a PASS with no defects or advisories recorded against the vehicle. The earlier recorded test on 14 November 2012 also resulted in a PASS, although the entry included two user-submitted advisory notes regarding slight play in the rear wheel bearing and a loose rear mudguard. The maintenance trend therefore appears broadly stable at the most recent examination, with no fresh advisories, but it should be noted that there is a substantial four-year gap between the two recorded tests, meaning that the intervening years are unverified by official documentation. The absence of any recorded advisories at the 2026 test is encouraging, yet the historical rear wheel bearing comment is a relevant data point that warrants physical verification prior to purchase. The recorded mileage of 11,664 miles on a 17-year-old machine equates to an annual usage rate of approximately 686 miles, which is notably low even for a 50cc scooter. This pattern suggests either very light commuting use or, more probably given the calendar age, extended periods of standing or laid-up storage. While low mileage generally equates to reduced wear on high-cycle components such as the engine internals, transmission and brake friction material, it introduces its own set of age-related concerns. Long periods of inactivity commonly lead to internal rusting of the exhaust system, oxidation within the brake calipers causing binding, fluid degradation in the brake and hydraulic systems, and perishing of rubber components through UV exposure rather than mechanical wear. Given the clean recent test history and the low-mileage profile, a prospective buyer should focus their inspection on calendar-based deterioration rather than wear-based defects. Tyre condition requires particular attention; although the treads may appear adequate, the sidewalls of tyres fitted to a 17-year-old scooter are highly susceptible to perishing, cracking and ozone degradation, and any rubber older than five years should be replaced regardless of tread depth. The braking system should be examined for seized or binding calipers, pitted or corroded brake discs, and deteriorated flexible hoses, as standing moisture frequently causes the pistons to seize and the disc surfaces to corrode unevenly. The 12V battery, if original or near-original, is well beyond its expected service life and is likely to have reduced cranking capacity, particularly in colder conditions. During a test ride, the buyer should listen for any clonks or knocking from the rear wheel area, as the previously noted slight play in the rear wheel bearing could have progressed over the intervening years into a more pronounced defect. Verify that the rear wheel rotates smoothly without grumbling or roughness and that there is no lateral movement detectable by hand. The engine should be allowed to warm fully before riding, with attention paid to any irregular idling, two-stroke hesitation, or excessive smoke from the exhaust, as carburettor components, fuel hoses and the vacuum diaphragm are all vulnerable to age-related deterioration. Finally, confirm the authenticity and continuity of any service book stamps, inspect the coolant system for fresh fluid if applicable, and verify that the fork oil, air filter element and drive belt or variator components have been serviced in line with calendar intervals rather than purely mileage intervals, given the very low annual usage.