2011 Yamaha YZF R1 1.0L Petrol · YP60 WRO

A 2011 Yamaha YZF-R1 with four consecutive clean MOT passes and zero recorded advisories across the 2022 to 2025 test cycle represents a notably tidy DVSA roadworthiness history for a fifteen-year-old supersport machine. The most recent test on 29 April 2025 was a pass with no defects recorded, and that outcome reflects a stable, consistent pattern rather than a one-off clean result. With no advisories on file, there is no DVSA-documented evidence of wear items such as perished fork seals, corroded brake lines, deteriorating suspension linkages, drive chain slack, or lighting or electrical deterioration that often accumulate on a sport bike of this vintage. The absence of any recorded corrosion, structural, or braking concerns is particularly relevant for a YZF-R1, as owners frequently use them in adverse weather and store them outdoors, both of which can accelerate component ageing. From a pure MOT history perspective, the vehicle presents as mechanically sound and road-legal at the point of its last statutory inspection. The recorded mileage of 11,133 miles against a fifteen-year registration equates to an average of roughly 742 miles per annum, which is exceptionally low for any motorcycle and even more so for a high-performance machine that is typically purchased for occasional spirited use. There is a complete MOT testing history covering every annual cycle from 2022 through 2025 with no gaps, indicating the machine has remained on the road continuously, registered as in use, and presented for inspection each year. Such a low annual figure means the engine, gearbox, clutch, brakes, and final drive have accumulated minimal real-world stress, but it also raises the distinct possibility of extended periods of standing, during which fuel system components, battery condition, internal sealing surfaces, brake caliper pistons, and tyre rubber can all deteriorate through inactivity rather than wear. The combination of consistent annual testing yet very low mileage suggests a vehicle that has been kept on the road for administrative and insurance purposes but used sparingly, and this usage profile shapes where mechanical attention should now be focused. For a prospective buyer, the lack of advisories means the DVSA history provides no specific flagged components to target, so attention must turn to issues commonly associated with low-mileage, intermittently used supersports machinery. On a test ride, listen for any hesitation, misfire, or rough idle that could indicate stale fuel, varnish in the injectors, or a deteriorating tank interior, and confirm the engine reaches operating temperature cleanly without excessive smoke from the exhaust. Check that both front and rear brake levers build firm pressure without sponginess, as low-mileage bikes can suffer from glazed discs, corroded caliper pistons, or seized pad pins through inactivity rather than wear. Inspect the chain and sprockets for surface rust, tight links, or uneven pad wear on the rear sprocket, and verify tyre condition for flat-spotting, sidewall cracking, or hardness from age, as the original tyres may be well beyond their safe service life regardless of tread depth. Finally, examine the suspension and ancillary systems with care. With the engine off and the bike on its centre stand, confirm the forks operate smoothly without stiction or oil residue running down the stanchions, as dry seals on a low-use machine can weep shortly after being reactivated. Check the swingarm pivot, rear shock linkage bearings, and steering head bearings for any notchiness or free play, and inspect the entire underside and subframe area for any corrosion that the MOT lighting and brake test would not have specifically addressed. Verify all lighting, indicators, horn, and the instrument cluster function correctly, as electrical connectors on stored machines frequently suffer from oxidisation. A thorough inspection of brake fluid age, coolant condition, and battery health under load is strongly advisable given the documented low annual mileage, and a compression test or dealer diagnostic check would provide valuable confirmation of internal engine condition before committing to purchase.