2005 Yamaha YBR125 0.1L Petrol · LK55 FFN

Extended periods of inactivity punctuated by intermittent mechanical advisories define the history of this motorcycle, which most recently passed its MOT on 10 March 2025 with no defects recorded. While the record shows a return to a clean status, the preceding years highlighted specific vulnerabilities, including suspension damping issues and steering head bearing degradation. The progression of these advisories suggests a pattern where components have required attention following long spells of limited use, though the current pass indicates that these specific items have been addressed or currently meet regulatory standards. The total recorded mileage of 5,111 miles over twenty-one years averages roughly 243 miles per annum, confirming that this machine has seen very light usage. Significant gaps in the testing history, most notably between 2016 and 2022, indicate that the vehicle spent substantial time off the road. Such low-mileage profiles often result in the degradation of rubber seals, gaskets, and lubricants due to stagnation rather than mechanical wear. Prospective buyers should be aware that while the odometer reading is low, the internal components have aged chronologically, necessitating a thorough inspection of all perishable items that may have perished or seized during these long lay-ups. During the test ride, particular attention must be paid to the steering head bearings, which were flagged as notchy in 2024. With the front wheel off the ground, check for any resistance or detents when moving the handlebars from lock to lock, as a notchy bearing will cause the steering to feel imprecise or heavy at low speeds. Additionally, the previous advisories regarding shock absorber misting and a rusty chain highlight the importance of inspecting the suspension travel and drive system. Listen for any knocking sounds from the front forks over uneven surfaces and ensure the chain links move freely without stiff spots, as rust can accelerate wear on the sprockets and lead to premature failure of the drive chain. Finally, the history of a bent brake lever and previous warnings regarding brake pad wear necessitate a physical check of the entire braking system. Ensure the front lever operates smoothly without binding and that the brake discs show no signs of scoring or uneven wear. Given the age of the motorcycle and the documented periods of storage, verify that the hydraulic fluid is clean and that the calipers retract fully after the lever is released. Any signs of dragging or a spongy lever feel during the test ride should be investigated as potential evidence of seized pistons or degraded seals resulting from the machine's extended periods of inactivity.