2024 Kymco Agility City 125 E5 Petrol · RA24 FRP

There is no DVSA MOT history recorded for this 2024 Kymco Agility City 125 E5. As motorcycles under 125cc with a top design speed exceeding 30mph are generally exempt from compulsory MOT testing for the first three years from the date of first registration, the absence of any test record is consistent with a vehicle that has only recently passed its qualifying threshold and may not yet have required or completed its initial MOT examination. With no prior pass or fail entries against this chassis number, it is not possible to evaluate any maintenance trend, recurring advisories, or deterioration in structural or component condition from the official database. Any prospective buyer must therefore rely entirely on physical inspection and service documentation rather than the DVSA history to establish the mechanical provenance of this scooter. The recorded mileage history is also absent from the available records, which prevents any direct comparison between the odometer reading and the vehicle's age. For a two-year-old machine of this type, typical annual mileage for a commuter-class 125cc scooter would fall somewhere in the region of two to four thousand miles, though urban delivery use, training school fleet operation, or sustained commuter running could easily push that figure higher. Without mileage progression data, there is no way to confirm whether the engine and transmission have been worked particularly hard, whether the brake system has accumulated corresponding wear, or whether the cooling and drivetrain components have been exercised sufficiently to remain in healthy condition. Verification of the displayed mileage against any recorded service intervals, plus a direct inspection of wear items, will therefore be essential. As there are no advisories or failure points on record, the buyer should adopt an age-and-condition-appropriate inspection regime. Begin with the tyres, as even on low-mileage scooters the rubber compound perishes with calendar age; examine both the front and rear sidewalls for fine cracking, crazing, or brittleness, and confirm that the tread depth remains within the legal minimum of 1mm across the central three-quarters of the tread. Inspect the front and rear brake systems for caliper seizure and disc corrosion, which are common after prolonged standing, and check the brake pads, hoses, and fluid for deterioration, bearing in mind that brake fluid should be replaced on a calendar basis regardless of mileage due to its hygroscopic nature. Examine the exhaust system for any corrosion, particularly around the mounting brackets and silencer, and confirm that the drive belt, CVT rollers, and clutch shoes show no glazing or abnormal wear if accessible, as these items are consumable and expensive to replace. Finally, attention should turn to the electrical system, fluids, and general cosmetic and structural integrity. Verify the 12V battery holds sufficient charge, as standing vehicles frequently suffer from sulphation and reduced capacity, and confirm the operation of all lighting, indicators, and the horn. Inspect the cooling system if fitted, the engine oil level and condition, and the fuel system for any signs of leakage or perished hoses. Check the suspension linkages, swingarm pivot, and steering head bearing for smooth operation, and look for any signs of fluid leaks around the engine casings or final drive area. Where possible, obtain evidence of routine servicing such as stamped service book entries or invoices, and confirm that any manufacturer warranty or recall work has been completed. A short test ride should be undertaken to confirm smooth throttle response, absence of transmission snatch, and the stability of the brakes, with any unusual noises, vibrations, or warning lights investigated by a qualified technician prior to purchase.