1998 Suzuki TL1000R 1.0L Petrol · S540 RUJ

The vehicle presents a generally stable maintenance profile, though the most recent MOT test on 28 February 2026 at 32,500 miles indicates a shift toward mechanical wear. While the motorcycle has passed consecutive tests since 2010, the latest inspection flagged three distinct advisories involving the braking system, tyres, and suspension linkage. This suggests that after a period of clean records, the vehicle is now entering a phase where age-related component degradation is becoming more evident. The mileage pattern confirms this is a very low-use vehicle, averaging approximately 1,161 miles per year over its 28-year lifespan. The recorded distance has climbed steadily from 23,002 miles in September 2010 to the current 32,500 miles. There are no significant gaps in the testing history, though the mileage accumulation is notably slow. This pattern often indicates long periods of storage, which can lead to the deterioration of rubber components and seals despite the low mechanical wear on the engine and drivetrain. A prospective buyer should focus physical inspections on the suspension and braking hardware. The February 2026 test identified slight free play in the rear lower suspension pin and bush, a recurring theme for older vehicles with low usage where rubber components perish. The tester also noted wear on the front brake discs. Given the history of a clutch slave cylinder fluid leak in March 2016 and the recent brake disc advisory, a thorough check of the hydraulic systems and seal integrity is necessary. Tyre management appears to be a recurring issue for the current owner. The record shows tyres worn close to the legal limit in March 2016, March 2024, and again in February 2026. This pattern suggests that consumables are often run until they reach the limit rather than being replaced proactively. Beyond the tyres, the noisy exhaust noted in April 2018 should be checked for mounting integrity or exhaust manifold leaks to ensure no structural or mounting issues have developed.