2022 Royal Enfield Meteor 350 E5 0.3L Petrol · RO22 XGC

The most recent official DVSA MOT test for this Royal Enfield Meteor 350 was conducted on 15 January 2026 and resulted in a pass, with no defects or advisories recorded against the vehicle. This is consistent with the previous test on 29 March 2025, which also concluded in a clean pass with no advisories. The absence of any recorded advisories or failure items across both examinations indicates a stable maintenance profile with no immediately apparent deterioration in the components typically scrutinised under the MOT regime, such as braking performance, lighting, suspension condition, tyre condition, or exhaust emissions. While this is a positive indicator, it is worth noting that a motorcycle of this age and mileage is still within a relatively early phase of its service life, so the MOT record alone confirms only that it has met minimum statutory standards at the time of testing rather than offering a predictive view of future component longevity. With an estimated annual mileage of around 1,332 miles based on the recorded figure of 5,330 miles over a four-year period, this Meteor 350 has seen notably light use. Such low mileage is not uncommon for motorcycles of this marque, which often serve as leisure or weekend machines, but it carries specific mechanical implications. Extended periods of standing can accelerate surface corrosion on ferrous parts including the silencer, chain, sprockets, and exposed fasteners, and can lead to brake disc corrosion or caliper binding if the motorcycle has not been moved frequently enough to keep the braking surfaces clean. Coolant, brake fluid, and engine oil also degrade on a calendar basis rather than purely by use, meaning that even with low mileage, time-scheduled fluid and filter changes remain essential. The relatively modest annual mileage should also be considered in context of the engine type: the single-cylinder 350cc unit benefits from regular running to maintain piston ring sealing, valve train lubrication, and to prevent bore glazing or oil drying within the crankcase. From a practical inspection standpoint, a prospective buyer should begin with a thorough visual examination around the periphery of the motorcycle. Tyres on a low-mileage machine are frequently the original factory items and may exhibit sidewall perishing or cracking from age even if the tread depth remains adequate, so close inspection of the sidewalls for fine crazing or hardening of the rubber compound is advisable. The chain and sprockets should be checked for surface rust, uneven wear, and adequate tension, and the chain should be inspected for stiff links that suggest infrequent lubrication. The brake discs should be examined for any lipping, scoring, or surface oxidation, particularly where the motorcycle has been stored, and the calipers should be checked to ensure they are releasing correctly without any binding that could lead to uneven pad wear or juddering under braking. During a test ride, particular attention should be paid to the behaviour of the brakes, which should pull up smoothly and squarely without any shudder or pulling to one side that might suggest corroded discs or seizing caliper pistons. The suspension should be assessed over uneven surfaces for any knocking, harshness, or bottoming out that could indicate worn bushes, degraded damping fluid, or tired coil springs, all of which can deteriorate with age irrespective of mileage. Electrical systems including the headlamp, indicators, horn, and instrument cluster should be verified for correct operation, and the 12-volt battery checked for state of charge, as low-use vehicles frequently suffer from battery degradation through parasitic drain or prolonged standing. Finally, it would be prudent to confirm that time-based services have been carried out in accordance with Royal Enfield's recommended schedule, including engine oil and filter changes, valve clearance checks, coolant renewal, and brake fluid replacement, as these are not mileage-dependent and are essential to maintaining the long-term mechanical integrity of the motorcycle.