2019 Aprilia RS125 0.1L Petrol · OX19 MVR

This Aprilia RS125 demonstrates a stable roadworthiness trend, having passed its most recent MOT test on 5 December 2022 at 83,882 miles without any defects recorded. The absence of advisories or failings in that test suggests the vehicle cleared all mandatory checks for brakes, suspension, steering, lights, and emissions at the time. However, with no subsequent MOT since—nearly three years and 1,882 miles later—there is no recent confirmation of ongoing compliance with current UK roadworthiness standards. The lack of test history beyond 2022 means critical components like brake pads, tyres, and suspension bushes cannot be verified as within serviceable limits today. The recorded mileage of 83,882 miles over approximately seven years equates to an average of around 12,000 miles annually, which is typical for a high-performance motorcycle of this age. There are no gaps in the MOT record to suggest periods of neglect, nor does the mileage indicate aggressive usage that would accelerate wear beyond standard expectations. However, the absence of any intermediate tests means there is no evidence of regular servicing or proactive maintenance between December 2022 and today. This could imply either consistent but unrecorded upkeep or a lack of attention to scheduled maintenance intervals. Given the sparse MOT history, a buyer should prioritise an immediate inspection of high-wear components not covered by the last test. Focus on the condition of brake discs and pads for uneven wear or glazing, as binding or excessive noise would not have been detected in a pass. The suspension—particularly coil springs and rear shock absorbers—should be checked for leaks, excessive play, or corrosion, as these are common failure points in high-mileage motorcycles. Tyres, though not flagged in 2022, should be examined for tread depth and lateral cuts, as failing twice on this criterion elsewhere would suggest basic upkeep was overlooked. Additionally, inspect the frame and fuel system for corrosion, as these are often overlooked but critical for structural integrity and emissions compliance.