2016 Yamaha YZF R1 1.0L Petrol · GP16 BZX

A pattern of chronic front-end wear advisories defines the recorded DVSA history of this 2016 Yamaha YZF-R1, with the most recent test on 11 August 2026 producing four advisories alongside a separate failure for a taped headlamp lens causing an obviously incorrect beam image. Both front shock absorbers were noted as having light oil misting, and both front brake discs were recorded as worn though not excessively. The shock absorber oil misting and front disc wear advisories appear on both the pass and the failure recorded on the same date, indicating these were observed independently of the headlamp issue that caused the failure. Prior advisories on rear brake disc pitting in November 2021 and November 2022 were not repeated on later tests, while a 2024 advisory flagged the front tyre as worn close to the legal limit. The overall trajectory shows a clean pass history from 2019 through 2025, with the 2026 retest introducing the first clustered mechanical advisories on the front suspension and braking components, alongside an easily rectifiable lighting defect. The recorded mileage of 9,669 miles across approximately ten years equates to a usage profile of roughly 967 miles annually, which is markedly low for any motorcycle and particularly for a high-performance supersport machine. Testing gaps are also notable, with intervals of around 22 months between the 2020 and 2022 tests, then 19 months to mid-2024, and 13 months to mid-2025, suggesting periods of reduced road use or storage between examinations. Mechanically, this combination of low annual mileage and multi-year lay-ups is consistent with the front shock absorber oil misting now flagged, as extended standing periods allow seal drying and minor oil seepage to develop on inverted or upside-down front forks. Brake disc surface corrosion and pitting, already documented on the rear discs in earlier tests, can also be accelerated by infrequent use, though the 2021 and 2022 advisories were not repeated, suggesting subsequent use has cleaned the rear rotors. The front discs, however, have only just appeared in the advisory record, indicating the wear pattern is now shifting forward on the chassis. Given the front shock oil misting advisories, a prospective buyer should inspect the fork stanchions closely for any heavier oil film, wet residue running down the lower seals, or accumulated dirt mixed with oil at the seal lips, as light misting can progress to a more substantial weep that would eventually compromise damping. On a test ride, feel for any deterioration in ride quality over uneven surfaces, including a harsh or noisy response over small bumps, a lack of progression in the damping, or any front-end dive under braking that feels uneven between the two legs. The front brake disc wear advisories warrant a check of disc thickness with a micrometer if possible, and a careful scan of the rotor surfaces for a pronounced lip at the outer edge, grooving, or hot spots visible as discoloured patches. Under braking, listen for any grinding, scraping, or binding, and feel for pulsation through the lever that could indicate disc runout or uneven pad transfer. The headlamp failure recorded on 11 August 2026 is an isolated, easily corrected item related to the lens being taped and producing an obviously incorrect beam image, but it does confirm that the motorcycle was presented with a non-standard lighting modification in place at the time of test. The front tyre advisory from June 2024 suggests the rubber was approaching the legal tread limit at that point, so the current front tyre age, tread depth, and any signs of cracking or flat-spotting from standing should be examined, particularly given the low cumulative mileage which can produce age-related rubber deterioration. The rear brake disc pitting advisories from 2021 and 2022, although not carried forward, indicate the braking system has been a recurring area of attention and would benefit from a close visual check of both front and rear discs and pads regardless of what the most recent advisory list shows. Finally, confirm whether the headlamp lens has been correctly restored and the beam aim properly set, and verify that there are no other taped or non-standard components on the lighting system that would cause an immediate retest failure.