2002 Honda ST1300 1.3L Petrol · CV02 OMJ

The 2002 Honda ST1300 presents a stable and exemplary maintenance trend, culminating in a completely clean pass on 19 July 2025 at 65,600 miles. The tester recorded zero defects or advisories, indicating a machine that currently meets all structural and mechanical roadworthiness standards without compromise. This unblemished recent result suggests the previous owner maintained the motorcycle to a high standard, addressing any wear items proactively before they escalated into failures. Analysing the mileage accumulation reveals a distinct shift in usage patterns over the last five years. Between the July 2021 test at 51,747 miles and the June 2022 test at 59,688 miles, the motorcycle covered nearly 8,000 miles in twelve months, indicating a period of heavy, regular use. However, the subsequent three tests show a dramatic drop-off. Mileage increased by just 322 miles between June 2023 and June 2024, and only 3,903 miles over the following year to July 2025. This recent low mileage accumulation, averaging under 4,000 miles annually, suggests the machine has transitioned from a high-mileage tourer to a lightly used motorcycle, which can introduce its own concerns regarding component seizure from standing. Despite the flawless MOT record, a prospective buyer must inspect specific components that suffer from prolonged inactivity rather than mileage wear. The low recent mileage and extended periods between tests raise the likelihood of deteriorating rubber components. Check the suspension bushes, fork seals, and tyre sidewalls for perishing and cracking, as a machine standing for long periods degrades rubber faster than one ridden regularly. Inspect the brake calipers for binding and the brake discs for surface corrosion, as infrequent use prevents the pads from wiping the discs clean. Examine the exhaust system and structural mounting points for corrosion, and verify the condition of the drive shaft and final drive, ensuring the oil has not absorbed moisture during its recent sedentary phase.