2013 Daelim SL 0.1L Petrol · DX13 FNP

A thirteen-year-old motorcycle with only 9,899 recorded miles presents an unusual usage profile that warrants careful mechanical scrutiny. The DVSA record itself is largely unremarkable from a defect perspective: the most recent test on 2025-08-06 passed with no advisories, and the test prior to that on 2024-07-31 also passed cleanly. However, two failures do appear in the history, both relating to the same fundamental issue — non-functioning direction indicators. On 2018-04-23 the offside rear indicator failed (under the older 1.5.1c reference), and on 2024-07-31 the offside front indicator failed (under 4.4.1 (a) (ii)). Neither failure led to an accumulated advisory at subsequent passes, but the recurrence of an electrical lighting defect on opposite ends of the machine six years apart is a tangible pattern that should not be dismissed when evaluating this particular bike. The mileage progression shows a motorcycle that has covered just 761 miles per year on average across its life, with tests recorded in 2018, 2019, 2021, 2022, 2024, and 2025. There is a conspicuous three-year gap between the April 2019 pass and the August 2021 pass, and another gap of roughly two years between the 2022 test and the 2024 test. Mechanically, this means the powertrain, drivetrain, brakes, and suspension components have spent significant cumulative periods stationary. Such low annual mileage with multi-year lay-ups typically raises concerns around internal corrosion in the exhaust system and silencer, dried and cracked rubber in the brake caliper seals, hardened fork oil, and degraded electrical connections — particularly given the recorded indicator failures. The actual mileage recorded at test dates is not provided in the MOT data, so a physical odometer check against the V5 and any service documentation is essential to confirm genuine low use rather than clock discrepancy. Because the failures both involved direction indicators, a prospective buyer should focus attention on the complete lighting circuit rather than simply replacing a bulb. On inspection, check that all four indicators flash at a normal, even rate with no hyper-flashing, which would indicate bulb failure or incorrect wattage. Examine the indicator relay for corrosion on its connectors, particularly where the wiring loom routes near the steering head, as constant handlebar movement can fracture conductors internally. With the ignition on, wiggle the main switch and left-hand switchgear to detect any intermittent loss of function, which points to worn switch contacts rather than a simple bulb issue. Also verify the hazard flasher circuit operates correctly, as a shared fault here can mimic individual indicator failures. Beyond the electrical system, the low-mileage, multi-year stationary history demands a hands-on evaluation of the consumable mechanicals before purchase. On a test ride, listen for clonks from the front end over bumps, which would indicate pitted or corroded fork stanchions and degraded suspension fluid. Apply the front and rear brakes firmly and repeatedly to confirm there is no binding, sponginess, or grinding — seized caliper pistons are common on bikes that have stood idle for extended periods. Inspect the exhaust system and silencer internally if possible for rust flaking, and check the chain and sprockets for surface corrosion and stiff links. Finally, with the engine cold, check for any oil seepage around the crankcases, as gaskets that have hardened through disuse are prone to leaking once the engine is run regularly again, and confirm the cooling system hoses remain pliable rather than brittle when squeezed.