2015 KTM 125 0.1L Petrol · GL64 LVR

The vehicle was last presented for testing on 4 June 2025 and was issued a pass certificate with no defects or advisories recorded, indicating that on the day of examination it met the minimum statutory roadworthiness standards. The preceding tests in June 2024 and November 2023 also resulted in clean passes, establishing a consistent pattern of compliance without recorded advisories over the most recent three cycles. An earlier entry dated 1 September 2022 shows a fail on the same date as a subsequent pass; with no specific defect categories recorded against that failure in the official data, its precise cause cannot be confirmed, but the immediate retest pass without recorded defects suggests the issues were rectified at the time. Overall the maintenance trajectory from late 2023 onwards appears stable and satisfactory, with no accumulating advisories that would indicate progressively worsening component wear across recent test cycles. With a recorded mileage of 18,549 miles spread across approximately eleven years, the vehicle has covered around 1,686 miles per year on average, which is notably low for a motorcycle of this vintage and points towards either genuinely light use or extended periods of standing between rides. Such low annual mileage has mechanical implications that differ from those of a higher-mileage machine; components that suffer from age-related degradation rather than wear from use become the primary concern. Rubber, elastomer, and fluid-based items are particularly susceptible to calendar-based deterioration, and any motorcycle that has spent considerable time idle in a garage or outdoors will warrant closer scrutiny for symptoms of stagnation rather than fatigue. For a prospective buyer, the absence of advisories is reassuring but the low mileage profile demands a physical inspection focused on standing-related deterioration. The tyres should be examined closely for sidewall perishing and cracking, as old rubber can harden and lose grip even when the tread depth appears acceptable; check the date code on the sidewall and budget for replacement if the tyres are more than five years old regardless of remaining tread. The braking system warrants particular attention, as brake discs can develop surface corrosion and the caliper pistons and sliding pins can seize from prolonged inactivity, leading to binding, uneven pad wear, or juddering under heavy braking. During a test ride, listen for any scraping or grinding noises and verify that the brakes release cleanly without the calipers dragging. The 12V battery should be load-tested, as a battery that has stood partially discharged for extended periods will have reduced capacity and may leave the rider stranded, and the charging system should be confirmed to be functioning correctly. The drivetrain, suspension, and fluid systems also deserve thorough checks appropriate to the vehicle's age. Fork seals should be inspected for weeping, the swingarm pivot and suspension linkages checked for smooth operation without play, and the chain and sprockets examined for rust pitting or stiff links caused by infrequent lubrication. Engine oil, coolant, brake fluid, and any hydraulic clutch fluid degrade over time irrespective of mileage, so verify the service history for date-stamped fluid changes and request evidence of recent renewal; brake fluid in particular is hygroscopic and should be replaced every two years for reliable boiling-point performance. Finally, examine the exhaust system for internal corrosion from condensation during short, cold starts, inspect the fuel system for varnish or stale fuel deposits if the machine has been laid up, and confirm that all electrical items, lights, and instrumentation operate correctly. A compression test and a check for stored fault codes via diagnostic equipment would be prudent given the age and sporadic use pattern, helping to confirm the engine and electronic control units remain in sound internal condition.