2022 CAN-AM Ryker 0.9L Petrol · AE71 CLV

The vehicle presents a single recorded DVSA MOT test dated 1 October 2022, which was passed without advisories, defects, or failure points being recorded. Because this is a 2022 Can-Am Ryker trike and the only recorded test occurred shortly after first registration, there is insufficient longitudinal MOT data to establish a trend either of stable maintenance, gradual deterioration, or improvement. The clean pass at first presentation is consistent with a very low-mileage machine still within its early service life, but it does not constitute proof of long-term mechanical condition. Subsequent annual MOT tests would be required to build a meaningful service history, and the absence of these should not be interpreted as an indicator of mechanical decline; rather, it simply reflects the limited data available within the official record. With a recorded odometer reading of just 108 miles against an age of approximately four years, the annual usage works out to a remarkably low figure of around 27 miles per year. Such minimal accumulation is indicative of a vehicle that has predominantly stood rather than been ridden, which carries its own distinct mechanical considerations. Components designed for dynamic loading, such as the front and rear suspension assemblies, drive belt or chain (depending on specification), brake calipers, and wheel bearings, are particularly susceptible to standing-induced deterioration. Brake discs may exhibit surface corrosion, caliper pistons may seize from lack of movement, and tyres will almost certainly have suffered age-related sidewall perishing and loss of pressure long before any meaningful tread wear has occurred. The very low recorded mileage should therefore prompt careful scrutiny of these time-sensitive items rather than providing false reassurance based purely on the odometer figure. Given the sparse MOT history and the exceptionally low annual usage, any prospective buyer should carry out a thorough physical inspection focusing on age-related degradation rather than wear-related defects. Tyres warrant particular attention: the sidewalls should be checked carefully for cracking, brittleness, and perishing, and the rubber compound should be assessed for hardness, as tyres older than five years from their date of manufacture lose grip irrespective of remaining tread depth. Brake system condition should be evaluated by removing the brake pads to verify they have not corroded into the calipers and by examining the discs for pitting or severe oxidation, which may compromise braking efficiency even on a machine that has barely moved. The 12-volt battery should be load-tested, as prolonged periods of standing typically result in deep discharge and irreversible loss of capacity, and the fuel system should be checked for stale petrol, deteriorated fuel lines, and varnish deposits in the injectors or carburettor. All fluids, including brake fluid, engine coolant, and any gearbox or final-drive lubricant, should be inspected and replaced according to calendar-based servicing intervals rather than mileage, as their protective additives degrade over time irrespective of use. A test ride, if achievable, should be undertaken with attention to symptoms associated with standing rather than with active wear. Listen for clonks or knocking from the suspension, which may indicate seized bushes or perished mounting rubbers, and feel for any pulling to one side under braking, which can suggest a binding caliper piston. Observe the operation of the throttle and clutch or transmission for smoothness, as internal seals and cables that have not been exercised may stick or fail under load. Verify that all warning lamps extinguish correctly on startup and that the ABS or electronic systems self-test without fault codes. Finally, confirm the provenance of the 108 miles through supporting documentation such as service records, prior purchase invoices, or V5C continuity, and consider whether the use case going forward will justify the recommissioning work likely required to return this machine to reliable operational condition.