2013 LML Star Deluxe 0.2L Petrol · AE13 ADO

The most recent DVSA examination on 22 June 2026 resulted in a PASS, which immediately followed a FAIL on 19 June 2026 at a Dangerous level. That failure was driven by two serious items: a major defect recorded for excessive play in the rear wheel bearing, and a dangerous failure for rear tyre tread depth falling below the statutory 1.0mm minimum. The fact that the vehicle returned a pass only three days later strongly suggests the wheel bearing and tyres were replaced in the interim, and a re-test confirmed compliance. Looking back further, the July 2024 and July 2023 tests were completely clean, while the July 2025 test passed with an advisory that the rear tyre was already worn close to the legal limit. This advisory appears to have been ignored in the run-up to the 2026 test, which allowed the tyre to deteriorate to a dangerous state, and the wheel bearing issue appears to have developed in the intervening period. Overall, the pattern is one of largely stable maintenance with a recent lapse in tyre management and an emerging concern with the rear running gear, rather than a long-term trend of neglect. With 40,734 miles recorded over roughly 13 years, this LML has covered an average of around 3,100 miles per year, which is notably low for a vehicle of this age. Such modest annual usage suggests either limited daily use or extended periods of standing, both of which carry their own mechanical considerations. Low-mileage examples frequently suffer from calendar-related degradation rather than wear-related degradation, meaning components such as rubber seals, bushes, brake hydraulic fluid, coolant, and the 12V battery can deteriorate from age even though mechanical wear is minimal. Gaps between annual MOTs in the records are not unusual, and the steady 12 to 14 month intervals shown here indicate the vehicle has been used consistently enough to remain on the road, but the low annual figure still warrants close attention to time-served components. Given the dangerous tyre failure and the rear wheel bearing excessive play recorded only weeks before the latest pass, a prospective buyer should prioritise a thorough physical inspection of the rear axle and running gear. Even though the wheel bearing is presumed replaced, it would be wise to check for any residual play by rocking the rear wheel at the top and bottom with the vehicle raised, and to listen for any humming or droning that changes with vehicle speed on a test drive, as rear bearings can sometimes present intermittent symptoms. The recent tyre replacement should be verified, and the age of all tyres should be confirmed via the DOT date code on the sidewall, as a 13-year-old vehicle is well within the range where tyre rubber begins to perish and crack regardless of remaining tread depth. Brake discs on a low-mileage bike of this age are likely to show surface corrosion and may benefit from being ridden vigorously to clear, but any binding calipers, spongy lever feel, or fluid leaks should be addressed before purchase, and the brake hydraulic fluid should be considered for replacement purely on age grounds. Beyond the recorded defects, a physical inspection should focus on the items that age rather than mileage tends to damage. The 12V battery should be load-tested, as a 13-year-old battery is well beyond its typical service life and prone to sudden failure. All fluid levels and their age should be checked, including engine oil, brake fluid, and any gearbox or final drive lubricant, with a service history review to confirm timely changes. The condition of all suspension bushes, the swingarm bearings, the chain and sprockets if applicable, and the exhaust system should be examined for corrosion, seizing, or perished rubber mounting components. Electrical connections, particularly around the ignition system and lighting, should be inspected for green corrosion. Finally, a careful road test listening for irregular noises, watching for any pulling under braking, and checking that all instruments and lights function correctly will provide the most reliable indication of how this low-mileage machine has tolerated its long periods of light use.