2017 KIA Sportage 1.7L Diesel · NJ17 NXG

The 2017 KIA Sportage has demonstrated a stable roadworthiness trend over its MOT history, with no recurring defects or advisories recorded across five tests. The most recent February 2026 test—conducted just five days before failure—confirms the vehicle passed without any mechanical or structural issues, though the immediate back-to-back retest suggests a scheduling oversight rather than a technical problem. The absence of advisories or repeated failures on critical systems like suspension, brakes, or emissions indicates consistent compliance with UK roadworthiness standards, though the brief retest window warrants confirmation of current condition. Mileage progression reveals a steady usage pattern, averaging around 9,600 miles annually, which aligns with typical expectations for a vehicle of this age. The recorded mileage increased incrementally from 49,280 miles in August 2022 to 86,692 miles by February 2026, with no prolonged periods of inactivity or abrupt spikes. The gap between tests—ranging from 12 to 18 months—follows standard MOT intervals without irregular delays that might imply neglect. This consistency suggests the vehicle has been driven regularly without extended periods of disuse, which could otherwise accelerate wear on fluids, seals, or suspension components. Given the clean MOT record, a prospective buyer should prioritise an independent inspection of high-wear items not always captured in a standard MOT. Focus on the suspension system—particularly rear bushes and coil springs—for signs of excessive play or corrosion, as these are common failure points in this model range. The braking system, while never flagged in tests, should be scrutinised for uneven disc wear, binding calipers, or corrosion on the rear components, which are prone to hidden deterioration. Additionally, check for structural corrosion around wheel arches, sills, and the subframe, as these areas are critical for long-term integrity. The absence of advisories does not preclude gradual degradation in these areas, so visual and functional verification is essential.