2004 CCM R30 0.6L Petrol · OU04 AAY

A pattern of minor lighting and control defects shapes the roadworthiness picture for this 2004 CCM R30, with two recorded failures in 2022 and 2023 clustered around headlamp aim, main beam function, and throttle operation. The throttle issue flagged on 2023-04-26 is the most mechanically significant item, as throttle bodies on a motorcycle of this age can develop sticky linkages, corroded cables, or idle air leaks that alter fuelling and response. The headlamp main beam failure and stop lamp non-operation on the same date suggest intermittent electrical faults rather than systemic loom damage, though both warrant verification. Headlamp aim recorded as too low on 2022-03-24 and a subsequent failure around main beam and throttle the following year indicates the lighting and engine management systems have been the recurring weak point rather than structural or brake-related deterioration. The most recent test on 2023-04-27 returned a clean pass with no advisories, which is a positive short-term indicator, but the two failures within roughly thirteen months show that latent issues did surface during the documented period. At 14,396 recorded miles spread across approximately 22 years, this motorcycle has averaged around 654 miles annually, a figure that places it firmly in low-use territory. Two tests appear in 2022 and 2023 with a notable absence of recorded MOT history prior to 2022 within the data provided, meaning the true mileage accumulation cannot be fully traced. Low annual mileage on a motorcycle tends to reduce wear on drivetrain components, brake pads, and tyres, but it raises the likelihood of standing-related deterioration in rubber items, lubricant breakdown, and electrical contact corrosion. The throttle fault and stop lamp issue could plausibly be associated with such standing-related degradation, as corroded throttle cables and oxidised switch contacts are common on infrequently used machines. Cold starts, prolonged fuel sitting in carburettor or injector lines, and battery deterioration are all more probable at this accumulation rate than at typical touring mileages. A prospective buyer should focus the physical inspection on the components the DVSA history has actually flagged. For the throttle, request a warm start and observe whether the cable returns cleanly from both closed and open throttle positions, listening for any sticking or hesitation in the twistgrip mechanism and checking for fraying at the adjuster ends. The headlamp and main beam should be tested in a darkened area with the engine running, confirming both dip and main beam filaments illuminate and that the beam pattern sits at the correct height when measured against a wall. The stop lamp circuit should be checked with both front and rear brake levers applied individually, as the failure specifically noted the rear brake switch did not operate the light. The advisory regarding the side stand insecurity should also be followed up by checking the stand pivot bolt torque, the spring tension, and whether the stand tang shows any bending fatigue that could cause the bike to topple. Given the multi-year gaps implied in testing history and the low annual mileage, a careful pre-purchase inspection is advisable. Inspect all rubber items including fork seals, dust covers, and any visible fuel or vacuum hoses for cracking or perishing. Examine the brake fluid colour through the reservoir, as fluid that has darkened or contains visible moisture indicates it has not been changed for an extended period. Check the chain and sprockets for surface rust and proper adjustment, as a chain left unlubricated during long storage periods will have stiff links. Confirm that the cooling system, if fitted, holds pressure and that there are no coolant staining marks around hose joints. Finally, ask the seller for any documentation covering throttle body service, headlamp bulb replacement, and rear brake switch work, as these are the specific items the MOT history identifies as having caused failures.