2021 CAN-AM Unknown 0.9L Petrol · YN70 AHV

This vehicle’s most recent MOT test, conducted on 18 March 2024 at just 893 miles, resulted in a pass with no recorded defects. The preceding test, just four days earlier at 876 miles, was a failure—though notably, no specific faults were logged, which suggests either an administrative error or a test centre oversight. Without mechanical details, the failure cannot be attributed to any recurring issue, but the near-immediate retest implies either a quick resolution of an unspecified problem or a procedural anomaly. The overall trend is effectively static, as the vehicle has not undergone any substantive mechanical testing since March 2024, leaving its current condition unverified. The recorded mileage of 893 miles over approximately five years—roughly 179 miles annually—is exceptionally low for a vehicle of this age. Such minimal usage may indicate prolonged storage, limited operational history, or deliberate underutilisation. The gap between the 2024 failure and pass tests, spanning just two days and a mere 17 miles, further suggests the vehicle was not in active service during this period. This pattern raises questions about whether the car has been driven regularly enough to maintain proper lubrication, tyre pressure, or suspension alignment. Without evidence of recent movement, potential issues such as seized components, degraded fluids, or even minor corrosion from prolonged inactivity cannot be ruled out. Given the sparse MOT history and the vehicle’s negligible mileage, a buyer should prioritise an in-person inspection focusing on consumable wear and signs of neglect. Tyres, despite the low mileage, should be examined for uneven wear or cracking, as prolonged immobility can accelerate degradation. The suspension—particularly coil springs, bushes, and dampers—requires scrutiny for stiffness or leaks, as these components can degrade even without heavy use. Brake systems, though not flagged in the MOT, warrant inspection for binding calipers, warped discs, or excessive pad wear, especially if the vehicle was ever driven. Structural integrity should also be assessed for corrosion, particularly around wheel arches, sills, and underbody panels, as moisture accumulation during storage can accelerate rust. Finally, fluid levels—brake, steering, and engine oil—should be checked, as they may have degraded over time without regular use.