2022 KIA RIO GT-Line S Mhev 1.0L Hybrid electric · RO22 UXN

The most recent DVSA MOT test conducted on 10 March 2026 recorded a pass, with only a minor advisory noting that the windscreen is damaged but the defect does not adversely affect the driver's view as defined under section 3.2 (a) (i) of the inspection manual. The previous test on 10 March 2025 also resulted in a pass, accompanied by a single advisory regarding a nail present in the nearside rear tyre. Across the two recorded examinations, the vehicle has demonstrated a stable maintenance trend with no failure points, no dangerous or major defects, and only minor advisories of a non-structural nature. This consistency suggests the Rio has been reasonably well maintained throughout its recorded test history, with no recurring mechanical concerns or systemic deterioration patterns that would raise immediate concern for a prospective purchaser. The lack of advisories relating to braking components, suspension geometry, exhaust emissions, or structural corrosion is particularly reassuring for a vehicle of this age and mild-hybrid specification. With a recorded mileage of 33,350 miles over approximately four years of service, the Rio is averaging around 8,338 miles annually, a rate that sits comfortably within the typical usage band for a small supermini of this vintage. There is no evidence in the supplied data of significant gaps in recording or abrupt mileage escalation that would suggest inconsistent usage or potential clock irregularities. This moderate annual mileage implies a balanced workload on the mechanical consumables; the braking system, clutch (where applicable to the manual gearbox variant), and suspension components will have experienced routine wear without the accelerated degradation often associated with high-mileage examples. Conversely, the figure is not so low as to raise concerns about prolonged standing periods, which can independently compromise brake disc surface corrosion, cause seizing in caliper slide pins, and degrade the 48V mild-hybrid auxiliary battery as well as the conventional 12V supply unit. Given the sparse advisory history and the absence of any recorded wear-related items, the principal areas warranting physical inspection at the point of purchase are those governed by calendar age rather than mileage accumulation. The nearside rear tyre referenced in the 2025 advisory should be confirmed as having been replaced or professionally repaired, with the current set of all four tyres inspected for even tread wear and, importantly, for sidewall perishing and cracking consistent with age-related rubber degradation, particularly if the vehicle has spent time parked outdoors. The wheels should be examined for kerbing damage, and the brake discs, while likely within service life given the mileage, should be checked for any lip formation or surface corrosion that could produce brake shudder on initial application. The 12V battery and the mild-hybrid system's lithium auxiliary cell should both be load-tested where possible, as their health is heavily dependent on charge cycling and standing time rather than mileage alone. Finally, a structured test drive should be undertaken to identify symptoms that do not necessarily appear on an MOT examination but are nonetheless pertinent to this powertrain configuration. Listen for any irregular clunks or knocks from the front and rear suspension, which on a Rio of this age typically originate from worn anti-roll bar bushes, drop links, or top mount bearings; check that the steering remains centred and free of vibration, and that the mild-hybrid assistance engages smoothly without warning lights on the instrument cluster. The gearbox operation, whether manual or automated, should be assessed for any reluctance to select gears or harsh engagements. Beneath the vehicle, inspect for any signs of fluid leakage from the engine sump, transmission, power steering rack, or the rear brake drums or calipers, as seals and gaiters deteriorate with age regardless of mileage. All fluid services, particularly engine oil, brake fluid (which has a two-year hygroscopic replacement cycle), and the coolant, should be verified by service book documentation, as calendar-based degradation of these fluids is a common oversight in lower-mileage urban vehicles and can lead to long-term corrosion within the cooling system and reduced braking performance.