2017 KIA Sportage 1.7L Diesel · CF66 ACZ

The vehicle remains roadworthy, but the maintenance trend shows a shift toward reactive repairs rather than preventative care. The most recent test in October 2025 at 55,994 miles introduced new mechanical advisories regarding a deteriorated rear registration plate, a damaged nearside front tyre, and play in the nearside front anti-roll bar ball joint. While the vehicle passed, the appearance of suspension-related wear suggests that components are only being addressed once they reach a point of measurable failure. The mileage pattern is consistent with a low-use vehicle, averaging approximately 6,200 miles per year. The record shows a steady progression from 32,776 miles in early 2020 to 55,994 miles in late 2025. This low mileage suggests the engine and drivetrain components have faced relatively low stress compared to high-mileage counterparts, though the long intervals between tests can sometimes lead to dry rot in rubber components or seized hardware, which may be contributing to the minor suspension issues noted in the latest inspection. A buyer must scrutinise the braking system, as the history reveals a recurring neglect of brake pad intervals. The vehicle failed in October 2023 at 46,192 miles and again in October 2024 at 50,654 miles due to front brake pads below 1.5mm. This pattern indicates the previous owner waited for an MOT failure before replacing essential consumables. A physical inspection should verify the condition of the brake discs to ensure they have not been scored or worn thin by the neglected pads. The front suspension requires immediate attention as the ball joint with play identified in the 2025 test likely needs replacement to prevent clunking or uneven handling. Given the previous history of uneven tyre wear in 2021, the buyer should check the wheel alignment for deviations. While no structural corrosion or significant emissions issues have been flagged, the primary risks lie in the state of the suspension bushings and the inconsistent maintenance of the braking hardware.