2017 Harley-Davidson XL 1200 X Forty Eight 17 1.2L Petrol · LD67 KMM

A consistently clean DVSA test record defines the mechanical narrative of this 2017 Harley-Davidson XL 1200 X Forty-Eight, with four consecutive passes since its first recorded assessment in 2022 and no advisories logged on any occasion. The most recent test on 28 February 2026 confirmed roadworthiness with no defects recorded, and the prior three tests follow the same pattern, indicating that the major safety-critical components scrutinised under the MOT regime have remained within tolerance throughout the recorded history. For a nine-year-old motorcycle, an entirely advisory-free file is notable and points to either genuinely light mechanical wear on inspected items or work carried out between examinations to address developing issues before they reached failure threshold. The absence of recurring flags for items such as tyres, lighting, braking performance, or steering and suspension components suggests no chronic weak points have been identified by DVSA examiners to date. The recorded mileage of 7,642 miles against a nine-year vehicle age equates to an annual accumulation of approximately 849 miles, which is exceptionally low even by motorcycle standards and well below what would be expected for a regularly ridden machine. There are no extended gaps in the testing history that would suggest the vehicle was formally declared off the road via SORN for prolonged periods, as tests appear at roughly annual intervals from 2022 onwards, yet the mileage itself implies significant standing time between uses. Mechanically, low annual mileage on a Harley-Davidson of this vintage warrants attention to areas that suffer from inactivity rather than wear: fuel system components can suffer from stale fuel residues, rubber elements in the fuel lines and vacuum hoses can harden, and the battery is likely to have required periodic maintenance charging. The braking system, despite passing each test, may exhibit surface corrosion on the discs from infrequent use, and the tyres, while not flagged for condition, will almost certainly have aged beyond what their tread depth alone indicates given the low mileage relative to their manufacture date. For a prospective buyer, the priority checks on a physical inspection should focus on the items that DVSA testing may not fully reveal. Inspect the condition of the tyres closely, paying particular attention to sidewall cracking, perishing, and the DOT date code, as motorcycle tyres older than five years from manufacture can degrade structurally regardless of remaining tread depth, and a low-mileage example like this is a prime candidate for aged rubber. Examine the brake discs for any pronounced lipping or significant surface oxidation that might suggest they have been sitting damp for extended periods, and check the brake lever feel for sponginess that could indicate caliper piston seizure from lack of use. Inspect all rubber components including fuel lines, vacuum hoses, and gaiters for hardening or hairline cracking, and look carefully underneath the engine and primary cover for oil seepage that may have accumulated during standing periods. On a test ride, listen for any irregular engine behaviour such as rough idle, hesitation on throttle application, or misfires that could indicate stale fuel residue in the carburettor or fouled spark plugs from short running cycles. Pay attention to the steering head bearings by checking for any notchiness or binding through full lock movement, and feel for any clonks or knocks from the front end over uneven road surfaces that would suggest dried-out steering head bearings or worn fork seals. Monitor the clutch operation for any dragging or slipping, and confirm that the five-speed transmission selects cleanly through all ratios without clonking on engagement. Finally, verify that all electrical systems function correctly, particularly the indicator cancellation, headlamp dip operation, and instrument illumination, as low-mileage machines often develop minor electrical gremlins from prolonged standing, particularly around switches and connector integrity.