2018 Indian Motorcycle Scout Bobber 1.1L Petrol · AX18 AAZ

The 2018 Indian Scout Bobber is currently roadworthy, the most recent MOT on 2026‑07‑01 at 475 miles showing a clean pass with no defects recorded. The maintenance history shows a stable pattern: the only recurring fault is exhaust noise (8.1.1 (a)), which appeared in the 2022‑08‑20 test at 295 miles and re‑appeared in the 2025‑06‑24 test at 440 miles, but no new issues have emerged in the latest inspection. This consistency indicates that the vehicle has been kept free of progressive mechanical deterioration. Mileage accumulation over the vehicle’s life is exceptionally low at roughly 475 miles in eight years, averaging about 59 miles per year. The progression from 259 miles in July 2021 to 295 miles in August 2022 added only 36 miles over 13 months, while the jump to 405 miles in August 2023 added 110 miles in a full year. A more pronounced increase of 35 miles occurred between June 2025 and July 2026, suggesting a recent rise in usage after a prolonged period of storage. The sparse data points and the sudden recent mileage gain merit attention when assessing the bike’s actual wear. A buyer should inspect the exhaust system closely for the reported noise, checking the hanger, mounting brackets and any signs of corrosion or loose piping that could cause the 8.1.1 (a) fault. Given the low mileage, examine the fuel system for stale fuel, the battery for discharge, and the suspension bushes and coil springs for any signs of rust or hardening due to extended inactivity. Tyre tread depth and pressure should be verified, as low‑use tyres can develop uneven wear or cracking. Finally, a visual check of the brake discs, calipers and pads is advisable to confirm they have not suffered from moisture‑induced corrosion. Overall, the bike presents a solid roadworthiness record with a stable maintenance trend, but the recent mileage surge and long storage period mean a thorough pre‑purchase inspection is essential to uncover any latent issues in the exhaust, fuel, electrical and suspension components.