2015 Yamaha MT 0.7L Petrol · LL64 VWH

A 2015 Yamaha MT with this MOT history presents a straightforward mechanical story: consistent roadworthiness. Across four recorded tests spanning from 2022 to April 2025, the motorcycle has passed cleanly each time, with no advisories, no failures with recorded defects, and no component flagged for attention. The most recent test on 14 April 2025 returned a clean pass, reinforcing a stable and trouble-free trajectory rather than any pattern of recurring issues. There is one anomaly worth noting, namely a failure recorded on the same date as the 9 July 2022 pass, but as no defects were recorded against it, this most likely represents an administrative or retest event rather than a genuine mechanical concern. In objective terms, the DVSA record contains no evidence of component wear, corrosion, brake issues, suspension defects, lighting failures, or exhaust problems. At roughly 572 miles per year over an eleven-year lifespan, this motorcycle has covered very little ground. Such low annual mileage typically reflects either genuinely light recreational use or extended periods of standing, and given the gaps between tests (a notable stretch from 2023 to 2025 with no recorded mileage accumulation), it is reasonable to assume the latter has been at least partially the case. Mechanically, low use on a motorcycle of this age places particular stress on items that deteriorate with standing rather than riding: battery health, tyre hardening and cracking, brake disc corrosion, fluid degradation, and the drying out of seals and gaskets. Despite these inherent risks, the MOT record shows no evidence that any of these issues have yet manifested into testable defects, which is reassuring but does not eliminate the possibility of latent degradation between tests. For a prospective buyer, the inspection priority should be components most susceptible to standing-related deterioration. Check the battery carefully, as a unit fitted in 2015 is well beyond its typical service life and may hold only a surface charge; ask when it was last replaced and whether a tender has been used during lay-up periods. Examine both tyres closely for perishing, sidewall cracking, or uneven ageing, as motorcycle tyres can harden and lose grip even with adequate tread depth after years of minimal use, and confirm the DOT date codes. Inspect both front and rear brake discs for surface corrosion, pitting, or lipping that could affect braking feel, and check that the calipers release cleanly without binding after the bike has been stationary. Listen for any grinding or scraping on the first few applications of the brakes, which would indicate rust contamination of the pads or disc surface. On a test ride, pay close attention to the steering head bearings for any notchiness or binding, as these can deteriorate with age and lack of use, and check that the forks operate smoothly without hydraulic damping fade. Verify that the chain and sprockets show no stiff links from corrosion and that the clutch engages cleanly without dragging. Listen for any irregular engine noises, smoke from the exhaust on startup, or coolant leaks from hose joints that may have dried out during periods of inactivity. Given that the MOT history is essentially clean, there is no specific component flagged in the records to investigate further, but the low-mileage profile makes a thorough physical inspection and ideally a compression test or dealer service history check essential before purchase.