2008 Suzuki RV 125 K8 (van Van) 0.1L Petrol · FE08 PRX

The most recent DVSA examination on 21 August 2026 returned a clean pass with no defects or advisories recorded, and this outcome is consistent with the entire visible test history. Across the last eight recorded MOT events spanning from June 2019 through to the current certificate, the Suzuki RV125 has achieved an unbroken run of passes and carries absolutely no advisories, failures, or recurring defect categories on file. This represents a stable and well-maintained maintenance trend, with no evidence of progressive deterioration in braking performance, lighting function, suspension condition, structural integrity, or exhaust emissions that would typically surface as the vehicle accumulated further years. The absence of any advisories even on items that commonly generate warnings on older machines, such as tyre wear, brake component corrosion, or exhaust silencing, is a particularly positive indicator of the previous keeper's attentiveness. With a recorded odometer reading of 11,706 miles spread across approximately eighteen years, the average annual usage is only around 650 miles, which is exceptionally low even for a small capacity commuter motorcycle. The MOT intervals reflect irregular rather than continuous use, with gaps of roughly twelve to eighteen months between examinations and no recorded tests at all during 2021. Such low mileage typically indicates either genuine light use or extended periods of standing in storage, both of which carry their own distinct mechanical implications. Where a machine has covered minimal miles per year, the wear-related degradation of high-mileage components such as the engine, transmission, and brake friction materials is largely irrelevant, but age-related deterioration of seals, electrical components, rubber mounts, and protective finishes becomes far more pertinent. The risk of internal corrosion from condensation in the fuel tank, carburettor, and exhaust system is also elevated where the machine is started only occasionally. From a practical inspection standpoint, the prospective buyer should focus the pre-purchase evaluation firmly on age-related rather than mileage-related deterioration. Tyres should be examined closely for sidewall perishing and cracking, as the rubber compound degrades through UV exposure and ozone over time regardless of tread depth, and a motorcycle of this vintage fitted with original-date tyres should have them replaced as a matter of safety. The braking system warrants particular attention because calipers that have spent long periods stationary are prone to binding or seizing on the slide pins, leading to uneven pad wear, brake drag, and potential disc distortion; each caliper should be checked for free movement and the discs examined for corrosion pitting around the periphery. The 12V battery, given the irregular use pattern, should be load tested rather than merely voltage-checked, as a surface charge on a degraded cell can mask imminent failure, and the charging system output at the battery terminals should be confirmed with the engine running. All lighting, switchgear, and indicator functions should be verified, as electrical connectors oxidise with age and can produce intermittent faults that do not present during a brief starter test. Fluid and consumable servicing on a calendar basis rather than mileage basis should also be confirmed before purchase. Engine oil should be checked for colour and contamination, as infrequent short journeys allow fuel dilution and moisture accumulation in the sump that accelerate internal corrosion; if the service history is unclear, an oil and filter change should be budgeted as an immediate requirement. The fork oil, brake fluid, and any lubricant in the drive chain or final drive should be considered time-expired after eighteen years regardless of the low odometer reading, as brake fluid in particular is hygroscopic and will have absorbed moisture to a level that compromises boiling point and lever feel. The fuel system, whether carburetted or fuel-injected, will benefit from draining any stale fuel, inspecting the tank internally for rust, and verifying that the carburettor jets or injectors are free from varnish deposits. Finally, the exhaust mounting rubbers, suspension linkage bearings, and side stand springs should be inspected for perishing and free operation, and a thorough check for any oil weepage from the engine casings, fork seals, or rear shock seal will confirm whether the long periods of standing have produced any seal shrinkage that would necessitate remedial work.