1999 Honda CBR1100XX 1.1L Petrol · T628 AVV

The 1999 Honda CBR1100XX presents a stable and improving maintenance trend, culminating in a completely clean pass on 25 March 2026 at 72,095 miles. The tester recorded zero defects or advisories, confirming the motorcycle currently meets all structural and mechanical roadworthiness standards. While the 2024 test at 68,538 miles shows an anomalous failure entry with no recorded defects—likely an aborted test or administrative issue—the subsequent passes demonstrate consistent upkeep. The absence of recurring mechanical or structural faults indicates a well-maintained machine that has not suffered from chronic component degradation. At 27 years old, the recorded mileage of 72,095 miles equates to an average annual usage of roughly 2,670 miles, which is notably low. The mileage progression reveals a steady but sparse accumulation: 66,929 miles in March 2023, 68,538 miles in March 2024, 69,645 miles in March 2025, and 72,095 miles in March 2026. This translates to an average yearly increase of approximately 1,700 miles over the last three years. Such low annual mileage suggests lighter use or potential periods of standing, which introduces its own set of aging concerns despite the low wear on consumables. Despite the pristine MOT record, a buyer must inspect the motorcycle in person for issues that MOTs do not always capture or that stem from prolonged static storage. Low-mileage motorcycles of this vintage frequently suffer from perished rubber components, including suspension bushes, brake hoses, and tyre sidewalls, which degrade with age rather than mileage. Corrosion on the exhaust system, brake calipers, and fasteners is also common when a machine stands for extended periods. Check the brake discs for surface rust and binding caliper pistons, and verify the condition of the chain and sprockets, as infrequent use can lead to tight spots and uneven wear. The structural integrity of the frame and swingarm pivot areas warrants close scrutiny for any signs of corrosion or stress cracking.