2021 Royal Enfield Himalayan E5 0.4L Petrol · SB21 XJO

The 2021 Royal Enfield Himalayan E5 presents a stable and largely clean roadworthiness profile as of its most recent MOT on 3 July 2025 at 5,645 miles, where it passed with zero defects. The only blemish in the record is a same-day failure for an aim-related headlamp defect, which was rectified immediately and has not recurred. There is no evidence of worsening mechanical or structural deterioration, and the maintenance trend is effectively flat, with no recurring faults or advisories to flag. The mileage pattern is notably low for a five-year-old motorcycle. Between the 31 May 2024 test at 4,282 miles and the 3 July 2025 test at 5,645 miles, the bike covered just 1,363 miles in over twelve months. That equates to roughly 1,129 miles per year across its life, well below typical annual use for a mid-weight adventure bike. Such low utilisation raises the possibility of prolonged standing periods, which can lead to stale fuel, dried seals, perished rubber hoses, and surface corrosion on brake discs and exposed metal components, even if the odometer reading looks appealing on paper. The MOT record itself is sparse but clean, with no structural corrosion, suspension wear, brake defects, or exhaust emissions failures noted at either test. The sole defect, an overly high headlamp aim, is a minor setup issue rather than a mechanical concern and was resolved on the same day. No recurring or progressive faults appear in the data, so there is no trend of neglect or escalating wear to interpret from the DVSA entries alone. A buyer should still carry out a hands-on inspection focused on the consequences of low-mileage storage. Check the condition of tyre sidewalls for age-related cracking, inspect brake discs for surface rust or pitting from standing, verify that the throttle and clutch cables operate smoothly, and confirm the battery is holding charge after potential long periods of inactivity. A short test ride will reveal any sticking calipers or gearbox stiffness that a clean MOT cannot predict.