2020 Motorini SXR 125 0.1L Petrol · GL70 PRX

A clean three-year test history establishing a stable baseline of roadworthiness is demonstrated by this Motorini SXR 125, which successfully secured its latest MOT pass on 24 January 2026 with zero defects recorded. This follows a similarly fault-free test in January 2024, though the intervening 2025 inspection introduced minor advisories regarding a binding front brake and a worn drive chain. Far from showing a pattern of escalating structural decay, the overall test trajectory reveals a machine that meets baseline regulatory standards year on year, punctuated only by standard consumable wear. Accumulating just 4,981 miles over its six-year lifespan translates to an exceptionally low annual average of roughly 830 miles, a usage pattern that points toward either very short urban trips or extended periods spent parked in storage. While low mileage often preserves major chassis components from heavy high-speed wear, infrequent use can induce specific mechanical vulnerabilities. Without consistent daily operation, mechanical components such as pivot points, cable routes, and braking hardware are prone to surface corrosion, sticking mechanisms, and premature friction material degradation from sitting idle in damp conditions. Targeted mechanical checks during an inspection must focus heavily on the items highlighted in the 2025 test history, starting with the front brake assembly to verify that the caliper pistons retract freely without dragging against the disc when the lever is released. Feel for any excessive heat at the front wheel hub after a short rollout, and inspect the drive chain links for stiff pivots, uneven stretching, or dry O-rings that would confirm the previous advisory for wear. The low overall mileage makes a thorough examination of the tyres, wheel bearings, and steering head bearings essential, as these can develop flat spots or subtle pitting from stationary loads over long periods. On the test drive, pay close attention to how the machine rolls from a standstill and listen for any scraping noises from the front end that would indicate the brake is still binding. Check the transmission response for smoothness under acceleration, ensuring the worn chain advisory has not progressed to excessive slack or sprocket tooth hook wear that causes jerking at low speeds. Suspension compliance should be tested over uneven tarmac to detect any stiffness or binding in the fork action, ensuring the machine handles predictably before committing to a purchase.