2006 Honda CBR 600 RR-6 0.6L Petrol · AP06 ABF

This 2006 Honda motorcycle presents a mixed mechanical history defined by a recurring pattern of chassis and braking advisories rather than outright test failures across eight recorded examinations, culminating in a clear pass on 9 June 2017. While the machine has successfully cleared every statutory test presented to it, the recurring presence of steering head bearing play, brake disc pitting, and fluctuating front braking effort indicates that specific wear items have demanded ongoing attention throughout its service life. The absence of tests between 2012 and 2014, as well as after the 2017 examination, reveals significant gaps in the DVSA history where the motorcycle's operational status and maintenance record remain entirely unverified. Accumulating a modest total of 22,655 miles over roughly two decades translates to an average of approximately 1,133 miles per year, establishing a distinctly low usage profile that requires careful scrutiny for the effects of intermittent deployment and extended static storage. This sparse annual mileage rhythm, punctuated by multi-year testing lapses in 2013 and from 2018 onward, means that components such as hydraulic seals, rubber suspension bushes, and fuel system elements may have suffered from degradation associated with prolonged periods of inactivity rather than high-mileage frictional wear. Prospective buyers must prioritize a thorough inspection of the steering head bearings and front end assemblies, directly following up on historical notes concerning a slightly notchy steering movement and free play in the head bearings. During a static examination and test ride, check for any detente or stiffness when turning the handlebars from lock to lock, and listen closely for knocks from the front suspension under heavy braking or when navigating sharp bumps. The historical presence of slightly pitted front and rear brake discs, alongside fluctuating braking effort and pads close to their minimum limits, necessitates a careful check of the friction surfaces for scoring and uneven pad wear, as well as ensuring the brake lever does not exhibit pulsation or sponginess when applied firmly at speed. Finally, attention should be directed toward the rear suspension bushes, which were repeatedly flagged with slight free play in earlier tests, alongside a past advisory for a misaligned rear tyre valve stem and tyres wearing close to the legal limit. Inspect the rear swingarm linkage and pivot points for lateral movement or play, and verify the physical condition and age-related hardening of all rubber components in the rear suspension assembly. A dynamic evaluation on the road should confirm that the machine tracks straight, the suspension damps effectively without excessive pitching, and the braking system provides balanced, progressive stopping power without binding or vibration.