2019 KIA Ceed GT-Line ISG 1.0L Petrol · KJ06 AND

A persistent pattern of tyre degradation and braking system wear defines the mechanical history of this vehicle, with the most recent pass on 29 October 2025 still carrying advisories for worn offside tyres. The records indicate a recurring struggle with tyre longevity and alignment, particularly on the rear axle, alongside a history of pitting and wear across both front and rear brake discs. While the vehicle has maintained its roadworthiness, the trend suggests a cycle of reactive maintenance regarding consumables rather than preventative replacement. The recorded mileage of 121,061 miles is significantly high for a seven-year-old vehicle, averaging approximately 17,294 miles per year. This level of usage indicates the car has likely been used for high-frequency commuting or long-distance travel. Mechanically, this acceleration of mileage places increased stress on the drivetrain, engine mounts, and suspension bushings, meaning these components will have reached their wear limits much sooner than on a typical example of this age. Particular attention must be paid to the rear axle alignment and suspension geometry, as the MOT history repeatedly flags tyres that are worn on the inner edges or described as out of shape. During a test drive, feel for any steering pull or instability at motorway speeds, and physically inspect the inner treads of all four tyres for uneven wear patterns. If the tyres continue to wear prematurely on the edges, it often points to worn suspension bushes or incorrect tracking that requires professional correction to prevent further rapid tyre failure. The braking system requires a thorough evaluation given the history of pitted rear discs and worn front discs. Listen for any grinding noises during deceleration and feel for pedal judder, which would indicate warped or heavily scored discs. Given the previous advisory regarding the inability to see inner rear pads and low brake fluid levels, verify the remaining thickness of the inner pads and check the fluid level in the reservoir to ensure the system is fully serviced and not operating on the minimum threshold.