1997 Honda CRM 0.3L Petrol · R345 BAH

The vehicle presents a stable maintenance trajectory with zero recorded defects across four consecutive inspections. The June 2025 test at 17,182 miles returned a straight pass, continuing an unbroken sequence of compliant results dating back to May 2022. The absence of recurring faults indicates disciplined upkeep rather than reactive repairs. While minor consumables like tyres and brake pads show no recorded wear, the low annual mileage shifts the risk profile toward storage-related degradation rather than mechanical fatigue. As of August 2026, the certificate has expired and requires renewal before legal road use. The odometer progression aligns with a low-usage pattern typical of a classic motorcycle. The clock advanced from 9,671 miles in May 2022 to 13,342 miles by May 2024, before climbing to 17,182 miles in June 2025. Annual mileage remains well below average for a twenty-nine-year-old machine, suggesting extended periods of storage or seasonal riding. Prolonged standing accelerates rubber degradation and fluid oxidation even when mechanical components face minimal stress. The slight increase in recent annual mileage indicates the bike has returned to regular use, which may now stress previously dormant seals and bearings. A thorough physical inspection should target age-related deterioration rather than high-mileage wear. Examine the suspension bushes and linkage pivots for dried-out rubber and corrosion, as static loads often crack these components over decades. Check the brake discs and drums for surface rust and seized caliper slides, since infrequent braking promotes binding. Verify tyre sidewalls for dry rot and cracking, which commonly outlasts tread life on stored vehicles. Inspect the exhaust system and subframe for structural corrosion, and run the engine to confirm smooth idle and proper electrical grounding. The clean MOT history confirms baseline compliance, but a hands-on assessment will reveal whether the low mileage stems from careful preservation or neglect during storage.