2009 KIA RIO 1.4L Petrol · CP09 SVC

A recurring pattern of front-end suspension wear and braking inconsistencies defines the recent mechanical history of this vehicle. Although it passed its latest MOT on 12 September 2025, the records from the last three years indicate a gradual decline in the condition of the steering and suspension linkages, alongside persistent issues with tyre wear and brake operation. This trend suggests that the front-end components are reaching a stage of wear where multiple replacements will likely be required soon to maintain roadworthiness. The recorded mileage of 110,191 miles is consistent with the vehicle's 17-year age, averaging approximately 6,482 miles per year. This steady rate of accumulation indicates a typical usage profile, avoiding the risks associated with both extreme high-mileage fatigue and the deterioration caused by long-term inactivity. From a mechanical perspective, this means the engine and drivetrain have seen regular use, but the chassis and suspension are now exhibiting wear commensurate with a vehicle of this age and distance. Attention must be paid to the front suspension and steering geometry, as the MOT history specifically flags play in the nearside front suspension arm ball joint and the track rod end. During a test drive, listen for knocks or clunks when traversing uneven surfaces or when turning the steering wheel at low speeds. The recurring advisory regarding front tyres worn on the edges strongly suggests a misalignment or worn bushings causing irregular contact patches, which should be verified by inspecting the current tread depth and wear patterns. The braking system has shown signs of instability, with records noting both fluctuating and binding service brakes on the front axle. A prospective buyer should feel for any pedal judder or a sensation of the vehicle pulling to one side during deceleration, which would indicate a sticking caliper. Additionally, the previous deterioration of the front anti-roll bar ball joint dust covers means these components should be inspected for grease leakage or play, as failure here will lead to increased noise and reduced handling precision.