2019 Honda CRF 1.0L Petrol · AT69 DCT

A consistently clean MOT profile defines this 2019 Honda CRF, with all four recorded tests returning pass certificates and only a single advisory issued across the entire seven-year period. The most recent assessment on 16 April 2026 returned a straightforward pass with no defects recorded, continuing a stable trajectory that shows no deterioration in roadworthiness since the first test in January 2023. The lone advisory, noted on 20 March 2025, flagged rear brake pads approaching minimum thickness, which is a routine consumable observation rather than a structural concern. The absence of any advisories relating to steering, suspension, lighting, tyres, or corrosion suggests the chassis, running gear, and electrical systems remain in sound condition for a vehicle of this age. With a recorded mileage of 10,759 miles over seven years, annual accumulation works out at approximately 1,537 miles, which is notably low for a motorcycle. This usage pattern indicates predominantly light or recreational riding rather than daily commuting, and it also means the engine, drivetrain, and braking components have accumulated relatively little mechanical wear. Low annual mileage can, however, bring its own considerations; fluids, seals, and battery condition can degrade during extended periods of inactivity, and components that rely on regular thermal cycling and lubrication may benefit from close inspection even where mileage accumulation is modest. The mileage progression between tests appears steady rather than showing sudden spikes, suggesting no periods of intensive use that might have accelerated wear on particular components. Given the rear brake advisory recorded in 2025, a prospective buyer should focus attention on the rear braking system during inspection. Check the remaining pad material thickness against the manufacturer's minimum specification and inspect the rear brake disc for wear ridges, scoring, or corrosion pits, as a worn disc often accompanies pad replacement. On a test ride, listen for any scraping or grinding noise from the rear caliper area and feel for a firm, progressive lever or pedal response without excessive travel or sponginess. Binding calipers, which can develop after infrequent use, may manifest as the rear wheel feeling tight or dragging when spun freely or as uneven pad wear across the disc surface. The remainder of the mechanical inspection should centre on the items typically affected by low-mileage motorcycles rather than high-wear components. Verify the battery holds charge under load and starts the engine promptly, as standby discharge over extended non-use periods can compromise cranking performance. Examine fork stanchions and shock absorber seals for any oil misting or residue, inspect chain and sprocket condition for corrosion or stiff links, and confirm the tyres show even tread wear without flat-spotting from prolonged stationary periods. A test ride should confirm smooth clutch action, clean gear selection, stable handling without steering head bearing play, and consistent engine response without hesitation or irregular idling, all of which would reinforce the strong roadworthiness record already demonstrated across the MOT history.