2012 Harley-Davidson Forty Eight XL 1200 X 13 1.2L Petrol · LFZ 9981

A 2012 Harley-Davidson Forty Eight with an entirely clean DVSA MOT history across four consecutive tests represents one of the more reassuring roadworthiness profiles a prospective buyer can encounter. The most recent pass on 28 June 2025, combined with similarly clean outcomes in 2022, 2023, and 2024, indicates a consistent record of meeting statutory safety and emissions standards without any advisories or failures noted. This is particularly noteworthy for a thirteen-year-old motorcycle, where even minor wear-related advisories on items such as tyres, brake pads, or suspension components would normally be expected. The absence of recorded defects across the full testing window suggests the machine has either been meticulously prepared before each test or, more likely given the mileage profile, has simply seen sufficiently limited use that wear-related issues have not yet manifested. With 12,584 miles recorded against a fourteen-year vehicle age, this Forty Eight has averaged roughly 899 miles per year, a notably low figure that places it firmly in low-mileage territory. This pattern indicates either occasional leisure riding, seasonal operation during favourable weather, or potentially extended periods of storage with limited use. From a mechanical standpoint, low mileage on a motorcycle of this vintage carries mixed implications. On the positive side, major drivetrain components including the engine, transmission, and final drive have experienced minimal mechanical stress, and wear items such as brake pads, chain and sprockets, and tyres have accumulated proportionally less abrasion. However, prolonged standing periods can introduce their own concerns: rubber components can harden, lubricants can drain from critical contact points, and fuel system components may deteriorate. Any inspection should therefore probe specifically for symptoms associated with inactivity rather than wear. For a buyer evaluating this particular motorcycle, the absence of flagged advisories means there are no specific components with documented deterioration history to investigate further. The test-driven focus should instead shift to verifying that the clean MOT record reflects genuine mechanical health rather than minimal pre-test fettling. During a road test, listen carefully for any irregular engine noises such as valve train chatter or primary chain rattle, as these are common on V-twin Harleys that have spent extended periods stationary. Check for smooth throttle response without hesitation, hesitation, or stumbles that might indicate stale fuel or fouled injectors. Inspect the tyres for flat-spotting from prolonged standing, cracks in the sidewalls suggesting age-related rubber degradation, and uneven wear patterns that could indicate alignment or suspension issues. Pay particular attention to the brake system, checking for firm lever feel, even response front and rear, and any binding or dragging that might suggest corroded calipers from infrequent use. Additional inspection priorities specific to a low-mileage Harley-Davidson of this era should include a thorough examination of all rubber elements including fork seals, gaiters, and any exposed hoses, as these are prone to perishing rather than wearing through use. Verify that all electrical systems operate correctly, including lights, indicators, and instrumentation, as electrical gremlins can develop in stored vehicles. Check for any signs of fluid leaks around the engine, primary cover, and transmission, and confirm that the battery holds a proper charge and is of recent manufacture. The fuel system warrants particular scrutiny given the low annual mileage: stale or degraded fuel can leave deposits in the tank, carburettor, or injectors that affect drivability even when the engine itself remains mechanically sound. Finally, despite the unblemished MOT history, a comprehensive service history documenting regular oil changes, fluid checks, and periodic running would substantially reinforce confidence in the vehicle's true mechanical condition beyond what statutory testing alone can verify.