2020 Honda SH 300 A-K 0.3L Petrol · LD70 PFX

The 2020 Honda SH 300 most recently presented for MOT on 26 September 2025, where it achieved a Pass with no defects recorded against the vehicle itself. It should be noted that the same date carries a Fail entry, but this relates solely to a registration plate presentation issue under item 0.1 (d) and is not a mechanical or structural concern. Across the available test history covering 2023, 2024, and 2025, there are no advisories, no wear-related failures, and no recurring defect patterns whatsoever. The maintenance trajectory therefore reads as stable and well-cared-for, with the single administrative blemish being cosmetic rather than indicative of any underlying mechanical deterioration. With a recorded mileage of just 2,274 miles against a six-year vehicle age, this SH 300 is averaging roughly 379 miles annually, which is exceptionally low and consistent with either limited commuting use or extended periods of standing between rides. Such low annual mileage places far less mechanical wear than usual on the engine, drivetrain, brakes, and suspension components, meaning high-mileage wear items such as brake pads, chain and sprocket sets, and tyre tread depth are unlikely to be approaching service limits. However, very low usage brings its own concerns centred on calendar-based degradation rather than wear, and these areas warrant particular attention during physical inspection and any subsequent pre-purchase evaluation. Given the low mileage and likely periods of standing, the buyer should pay close attention to the tyres, as rubber compounds perish with age regardless of tread depth. Inspect both sidewalls and the tread face for fine cracking, crazing, or hardening of the compound, particularly on the rear where load-bearing and weathering exposure are greatest; tyres fitted in 2020 or earlier should be replaced on safety grounds even if legal. Examine the brake discs for surface corrosion, especially around the outer edges and on the non-contact face, as prolonged standing allows rust to build up which can cause brake shudder, vibration, or grabbing on the first application. The front brake caliper slide pins and rear caliper mechanism should be checked for free movement, as binding calipers are a common consequence of infrequent use and can lead to uneven pad wear, pulling under braking, or pads dragging and wearing prematurely once the vehicle is returned to regular service. During a test ride, listen for any clonks from the front suspension over bumps, check for sponginess or excessive lever travel in both brake circuits, and confirm the steering moves freely without notchiness. The 12-volt battery is another priority item, as motorcycle batteries left in a discharged or semi-charged state degrade rapidly through sulphation, often failing within a season of standing. Load testing or a voltage check under cranking should be requested, particularly if the original battery is still fitted, as a six-year-old unit is well beyond typical service life even if the vehicle has started reliably during brief periodic use. Coolant, brake fluid, and any gearbox or final-drive lubricants should be regarded as time-serviced rather than mileage-serviced; brake fluid is hygroscopic and should be renewed every two years regardless of miles, while coolant loses its corrosion-inhibiting properties over time. Verify the service book history to confirm annual or bi-annual time-based servicing has been carried out, as a low-mileage machine neglected on time-based schedules can suffer internal corrosion, oil seal drying, and hydraulic system deterioration that will not show on an MOT but will materially shorten the vehicle's service life once regular use resumes.