2019 Suzuki DL 250 AL8 0.2L Petrol · AV69 KFO

A modest 2019 Suzuki DL250 with only four MOT tests on record and a single dangerous failure points to a usage pattern of light, intermittent riding. The 2023 failure for rear brake pads worn below 1.0 mm thick represents a serious safety defect, as friction material at that level severely compromises stopping performance and risks brake fade or rotor damage. The subsequent three tests in 2024, 2025, and 2026 all passed without recorded defects or advisories, indicating that the immediate safety concern was rectified, though the wider sample is small. With no recurring component flags or structural advisories, the post-2023 trajectory is positive, but the limited test history means there is little evidence to assess longer-term wear patterns on consumables or chassis items. Recorded mileage of 6,535 miles over roughly seven years equates to an average of under 1,000 miles annually, which is well below typical usage for a motorcycle of this class. Such low accumulation is consistent with occasional leisure use, seasonal riding, or extended periods of standing. Mechanically, low annual mileage tends to reduce wear on drivetrain and brake components but can accelerate degradation of items that suffer from disuse, including corrosion on brake discs, hardening of rubber bushes and seals, and deterioration of fluids. The fact that only four MOT tests appear between 2023 and 2026, combined with the low odometer reading, indicates the machine has likely seen several inactive periods since first registration, which is worth factoring into any age-related component checks. For a prospective buyer, the priority areas given this history are the braking system and any corrosion-prone chassis components. On inspection, the rear brake caliper and pad condition should be verified directly, as the 2023 dangerous failure indicates prior pad wear reached a critical state; check for binding caliper slides, uneven pad wear, and scored or corroded rear brake discs that may have been affected by infrequent application. Given the likely standing periods, examine brake discs closely for surface rust and lip corrosion, and confirm the caliper pistons retract cleanly. On a test ride, listen for any scraping or grinding from the rear brake and feel for a firm, progressive lever or pedal response without excessive travel or sponginess. Suspension, steering, and chassis items warrant particular attention given the low-mileage, intermittent-use profile, as ageing rubber components may have deteriorated without the benefit of regular load cycling. Check the front forks for any seepage from the seals, stiction or irregular damping on compression and rebound, and inspect the rear shock linkage, swingarm pivot, and any visible bushes for cracking, perishing, or surface corrosion. On the test ride, evaluate for knocking or clonking over uneven surfaces, particularly from the rear shock or linkage area, and confirm the steering turns freely from lock to lock without notchiness. Additionally, inspect the chain and sprockets for corrosion pitting from standing, confirm the battery holds charge and starts the engine promptly, and verify that all electrical systems, lights, and switchgear function correctly, as low-mileage machines frequently present with age-related electrical degradation rather than mechanical wear.