2016 Honda CBF125 0.1L Petrol · PL65 FTK

The most recent DVSA test dated 28 March 2023 records a clean pass with no advisories or defects, which represents a satisfactory and stable roadworthiness outcome. Looking at the broader history, the trend is broadly positive: two successive passes in 2021 and 2023 bookend an intermediate failure in March 2022 that was resolved at the very next attempt two days later, suggesting prompt rectification rather than neglect. Earlier advisories from 2020 and 2019 relating to chain tension, shock absorber condition, and brake binding were not carried forward as failures, indicating they were either monitored or remedied. Overall, the maintenance trajectory appears consistent with a cared-for commuter machine, though the recurrence of brake-related items warrants a closer look at the rear braking mechanism. With 22,202 miles recorded over a ten-year span, this CBF125 averages approximately 2,220 miles per year, which is substantially below typical annual mileage and points to either light utility use or extended periods of standing. Such low usage is mechanically double-edged: the engine, gearbox, and drivetrain will have incurred minimal wear, yet components that degrade with calendar age rather than distance become the principal concern. Brake discs and calipers can corrode and seize when left untouched, drive chains and sprockets stiffen and rust, and fuel systems and battery cells deteriorate from infrequent cycling. The recorded chain and brake advisories from 2020 align well with this low-use profile, and any prospective buyer should assume that age-related degradation is likely more relevant than mileage-based wear. During a physical inspection, particular attention should be paid to the rear brake assembly given its repeated appearance in the test history. The 2022 failure for an excessively binding rear brake, coming after a 2020 advisory for the same component binding but within tolerance, suggests a recurring issue with the caliper mechanism, possibly a seized piston, corroded slide pins, or a sticky linkage. On a test ride, listen for any rubbing noise from the rear wheel area when freewheeling, check for excessive heat on the wheel hub immediately after use, and verify the bike rolls freely when the brake lever is not engaged. Inspect the rear brake back plate and its securing hardware, as the 2019 failure noted an insecure back plate with a missing locking device, which is a straightforward but safety-critical item. The front shock absorber oil misting noted in 2020 should be checked for progression; a light mist can develop into a weeping seal and reduced damping, manifesting as wallowing under braking or reduced front-end feel. Further age-appropriate checks should include a thorough inspection of tyre sidewalls for perishing and cracking, as rubber compounds harden over a decade regardless of tread depth, and confirming the date code on the sidewalls. Verify the battery holds charge under load, as motorcycle batteries rarely survive a full ten years without attention. The drive chain, sprockets, and adjusters should be assessed for rust pitting and correct tension, and all brake and clutch hydraulic fluid should be considered due for replacement on age grounds even if visually clean. Fuel lines, vacuum hoses, and rubber intake boots should be inspected for hardening. Finally, request evidence of recent servicing including oil and filter changes, coolant replacement, valve clearance checks, and any spark plug or air filter history, as these items are time-sensitive rather than mileage-sensitive on a low-use machine.