2019 Yamaha XSR 0.8L Petrol · PL68 ORA

A pattern of faultless MOT results marks this Yamaha XSR as a mechanically sound prospect, with four consecutive passes recorded between August 2022 and August 2025 and zero advisories or failures logged across the entire testing history. The most recent examination on 23 August 2025 produced a clean pass, mirroring the outcome of each prior test and indicating that no component has yet been flagged for monitoring or remedial action under DVSA inspection criteria. This unbroken run of defect-free results suggests the motorcycle has not yet reached the wear thresholds typically encountered on braking systems, suspension components, tyres, or lighting and electrical items at this stage of its service life. For a prospective buyer, this consistency provides a baseline of confidence that the core safety-critical systems were functioning within prescribed limits at the time of each annual assessment. With a recorded mileage of 9,127 miles spread across approximately seven years, this XSR has averaged around 1,300 miles annually, placing it firmly in the low-usage category for a motorcycle of its age. Such modest annual accumulation typically points to short leisure rides, fair-weather commuting, or extended periods of storage rather than sustained daily use, and the consistency of the MOT testing dates, all falling within an August or September window, suggests the vehicle has been kept on the road continuously without any lengthy SORN intervals that might otherwise raise concerns about dormant component degradation. Mechanically, low mileage of this nature tends to preserve braking surfaces, chain and sprocket condition, and tyre wear rates, though it can also mean that some consumables age through environmental exposure rather than mechanical use, particularly rubber components, lubricants, and battery condition. Given the entirely clean advisory history, the most relevant buyer guidance centres on the components that low-mileage motorcycles commonly present issues with once they reach seven years of age, even when no formal defects have yet been recorded. On a test ride, listen carefully for any knocking or clonking from the front forks and suspension linkages over uneven surfaces, as fork seals and bushes can harden and weep with age rather than mileage. Check that the front and rear brake levers provide firm, progressive response without excessive lever travel or sponginess, and inspect the brake discs for any surface corrosion, lipping, or binding caliper action that might have developed during periods of light use or storage. Tyres older than five years from their manufacture date can suffer from sidewall hardening and reduced grip even with adequate tread depth, so confirm the production date stamps and assess whether the rubber feels supple or perished. Finally, inspect the chain and sprockets for surface rust, stiff links, or uneven sprocket tooth profiles, as these are particularly susceptible to corrosion during damp storage periods and can produce a jerky or noisy drivetrain on initial movement. Examine the exhaust system for any blueing, weeping joints, or corrosion at mounting points, and verify that the electrical systems, including indicators, headlight, horn, and instrument cluster, function correctly as a complete check given that no electrical advisories were recorded. A compression test or at minimum a healthy cold-start with even idle behaviour would provide further reassurance, as low annual mileage can occasionally mask internal engine wear that only manifests under load. Overall, the unbroken clean MOT record combined with the low usage profile positions this Yamaha XSR as a well-preserved example, provided that age-related rubber, fluid, and corrosion items are verified during a physical inspection.