2020 Keeway Superlight 0.1L Petrol · PJ70 RNU

A single test on June 13, 2026, resulting in a pass with one advisory for a slightly loose drive chain, represents the entirety of the official roadworthiness record for this Keeway Superlight. Because this is the sole recorded MOT test in the dataset, it is not possible to establish a historical trend of recurring mechanical issues, component degradation, or previous test failures. The presence of a single advisory item on its maiden recorded test highlights a minor secondary drive component that required tension adjustment to ensure proper power delivery and prevent premature wear on the sprockets. With a recorded mileage of 3,481 miles accumulated over approximately six years, the vehicle exhibits a very light usage profile averaging roughly 580 miles per year. This low rate of annual mileage indicates that the motorcycle has spent significant periods out of active daily circulation or engaged in only short local journeys. Mechanically, such light usage patterns mean that while high-wear drivetrain assemblies may have avoided rapid accumulation of distance-related stress, periodic lack of use can sometimes lead to localized environmental degradation on exposed metallic surfaces and rubber components. When conducting a physical inspection and test drive, the prospective buyer should pay immediate attention to the drive chain advisory noted in the test record. Check the chain tension manually for excessive slack, inspect the O-rings or X-rings for cracking or dryness, and examine the front and rear sprockets for hook-shaped tooth wear. During the test ride, listen closely for excessive mechanical rattle or slap from the final drive area upon acceleration and deceleration, and ensure the chain has been correctly adjusted, cleaned, and lubricated. Given the low mileage and extended periods of potential inactivity, a thorough visual check of all rubber components, cables, and fluid reservoirs is essential. Inspect the tyres for age-related perishing or micro-cracking in the tread grooves and sidewalls, regardless of remaining tread depth, and check the braking system to ensure the callipers do not bind and the master cylinders operate smoothly without sticking. Verifying that all electrical switches, lights, and suspension damping components function correctly will complete a comprehensive evaluation of the machine's true mechanical state.