1993 HARLEY-DAVIDSON 1.3L PETROL

The most recent MOT, conducted on 23 July 2021 at just 19 recorded miles, passed with only a minor advisory regarding a stiff or notchy steering head bearing. The maintenance trend appears largely stable, with no worsening mechanical failures recorded over the life of the available history. The 2019 test cycle did see a registration plate lamp failure and a repeated advisory for front brake pads close to the minimum limit, but these were rectified before the subsequent pass. Crucially, the vehicle has not been presented for a mandatory test since mid-2021, meaning there is now a five-year gap in verified roadworthiness data. The mileage profile is exceptionally low and highly unusual for a 1993 motorcycle. The record shows a jump from 2,317 miles in March 2017 to 3,460 miles by March 2019, representing roughly 1,143 miles of use in two years. However, the odometer then appears to have been reset or replaced, dropping to 19 miles by July 2021. This discrepancy raises questions about the true total distance covered and whether the current reading reflects a genuine low-mileage machine or a post-rebuild/replacement state. The lack of any MOT entries between 2021 and the current date in 2026 suggests the bike has been standing unused for a prolonged period. A buyer should treat the five-year absence from the test bench as a significant concern. Standing for half a decade will have degraded consumables regardless of the low mileage. The fuel system should be inspected for stale petrol and carburettor blockages, while the tyres must be checked for sidewall cracking and perishing due to age rather than wear. The advisory regarding the steering head bearing from 2021 demands immediate physical inspection; a notchy bearing left unmaintained can seize or develop dangerous play. The front braking system requires a thorough check of pad thickness, disc condition, and hydraulic fluid integrity, as the 2019 history indicates this was a recurring area of marginal performance. Corrosion of the frame, fork stanchions, and electrical connectors is the primary structural risk for a machine of this era that has been stationary.