2007 Royal Enfield Bullet 350 0.3L Petrol · G980 BJO

A near-immaculate MOT record defines this Royal Enfield Bullet 350, with a clean pass on 11 July 2025 following an unrecorded failure on the same date, and a string of four consecutive passes stretching back to 2022. The absence of any advisories or categorised defects across five tests suggests a mechanically stable machine that has consistently met statutory roadworthiness criteria, and the rapid retest on the same day indicates the prior failure was addressed immediately rather than left to deteriorate. There is no pattern of recurring wear items, structural concerns, or component-specific flags that would suggest a chronic mechanical weakness, which for a motorcycle of this vintage is a notably reassuring baseline. The recorded mileage of 2,095 miles across 19 years equates to an average accumulation of roughly 110 miles annually, a figure that places this Bullet firmly in light-use or intermittent-garaged territory. The MOT history only begins in 2022, leaving the first 15 years of the vehicle's life unverified by testing data, though it is worth noting that motorcycles were not subject to compulsory MOT testing until 2021 for vehicles over 40 years old, with the first test threshold applying to this machine in 2022 when it turned 15. Such a low annual mileage reduces wear on the drivetrain, braking surfaces, and suspension components, but it raises the real possibility of extended standing periods where seals, fuel system components, and electrical connections can deteriorate through inactivity rather than use. Given the very low mileage and the likelihood of prolonged storage, particular attention during a pre-purchase inspection should focus on the tell-tale signs of inactivity-related degradation. The carburettor and fuel system should be checked for varnish deposits, stale fuel, and perished rubber seals, as these are common failure points on a Bullet that has spent long periods unrun. The 346cc single-cylinder engine relies on a combined wet-sump lubrication system, and any signs of oil seepage from the primary chaincase or gearbox output seals would indicate dried or hardened gaskets. On the test ride, listen for any irregular idling, hesitation under throttle, or smokey exhaust output, as these often manifest in machines that have been infrequently exercised. The kickstart mechanism, a traditional Bullet feature, should be checked for smooth operation, as seized kickstart shafts are a known issue on low-mileage examples. Brake and suspension components should be physically inspected rather than relied upon solely, given the low cumulative mileage often masks deterioration from corrosion rather than wear. The front drum brake, common on early Bullet 350s, should be examined for surface corrosion and adequate shoe lining, while the rear drum should be checked for binding or uneven contact. The front telescopic forks and rear twin shock absorbers should be inspected for any hydraulic seeping from the fork seals, perished rubber gaiters, and corroded stanchions, all of which can present on a stationary motorcycle. The electrical system, including the traditional 6-volt or 12-volt loom, should be tested for continuity and earth integrity, as rodent damage and corroded connectors are common in bikes stored for extended periods. Finally, the condition of the chrome work, paint, and any visible corrosion on the frame, mudguards, and exhaust will provide strong clues as to the storage environment the Bullet has experienced throughout its life.