2022 Harley-Davidson Fxbrs Breakout 114 1868 22 1.9L Petrol · AX22 BSV

The most recent DVSA MOT test for this 2022 Harley-Davidson FXBRS Breakout 114 was conducted on 12 August 2026 and resulted in a pass with no defects or advisories recorded against the vehicle. The prior test on 28 May 2025 also concluded with a pass and a similarly clean outcome. With only two examinations on file and neither revealing any advisories, failures, or recurring observations, the documented maintenance trend is stable and consistent, suggesting that the motorcycle has been maintained to a roadworthy standard at the points it was inspected. A clean advisory history of this nature is reassuring; however, the absence of recorded observations should not be interpreted as a complete mechanical guarantee, as the MOT regime for motorcycles does not cover every component to a comprehensive depth, and certain wear-related issues may develop between tests. The recorded mileage of 4,310 miles against an approximate four-year vehicle age equates to an annual usage rate of roughly 1,078 miles, which is notably low for any powered two-wheeler and particularly so for a leisure-oriented cruiser of this specification. Such limited mileage strongly implies that the motorcycle has either been used very sparingly, ridden predominantly in fair weather, or has experienced prolonged periods of standing, potentially in storage. Mechanically, low annual mileage of this nature places greater importance on calendar-based degradation than on wear-through-use, and components susceptible to age-related deterioration rather than friction wear warrant particular scrutiny during a pre-purchase evaluation. Given the sparse usage profile, a prospective buyer should undertake a series of practical physical inspections prior to commitment. Tyre condition must be assessed carefully for sidewall perishing, cracking, and hardness of the rubber compound, as motorcycle tyres degrade with age irrespective of tread depth, and a date code older than five years would generally warrant replacement regardless of remaining tread. The braking system should be examined for disc corrosion, particularly pitting or surface rust on the rotor edges, and for seized or binding caliper pistons that may have developed through infrequent operation. The 12-volt battery should be load-tested where possible, as motorcycle batteries left in a partially discharged state for extended periods frequently suffer sulphation and reduced capacity, and any hesitation or slow cranking on a cold start would suggest imminent replacement. All exterior and under-bonnet fastenings should be checked for corrosion consistent with garage or outdoor storage, and the chain or final drive should be inspected for surface oxidation and stiff links if applicable. On a test ride, particular attention should be paid to the operation of the engine from cold, listening for any irregular idling, misfires, or reluctance to rev smoothly, as fuel system components including injectors and the high-pressure pump can deteriorate when left standing with modern ethanol-blended fuels. The transmission should be exercised through all gears to confirm clean selection and the absence of clutch slip or drag, while the suspension should be compressed manually at each end to identify any knocking, binding, or hydraulic seepage from the fork seals and rear shocks. Fluid condition, including engine oil, primary fluid, and brake fluid, should be assessed for colour and clarity, with brake fluid being hygroscopic and generally requiring replacement every two years regardless of mileage. A thorough service history review, including confirmation of recent oil changes and any storage preparation documented, will further support confidence in this otherwise well-presented low-mileage example.