2019 SEAT Ibiza 1.0L Petrol · GK69 ABN

The 2019 SEAT IBIZA demonstrates a stable roadworthiness trend, with the most recent MOT on 2025-09-01 confirming no defects at 43,295 miles. Previous tests from 2024-09-06 (37,416 miles) and 2023-08-25 (30,573 miles) also passed without issues, though a duplicate entry for 2023-08-25 shows a failed result with no defects recorded. This inconsistency may reflect administrative error, but the absence of recurring mechanical or structural faults in subsequent tests suggests the vehicle has maintained compliance. No advisories or safety-critical issues were flagged in the latest assessment, indicating routine maintenance has addressed potential risks. Mileage progression aligns with typical usage for a seven-year-old vehicle, averaging 6,185 miles annually. The gap between 2022-08-26 (22,349 miles) and 2023-08-25 (30,573 miles) reflects a 8,184-mile increase, while subsequent annual increments remain consistent. No abrupt spikes or prolonged inactivity periods are evident, suggesting regular operation. The MOT history lacks detailed technical findings, but the lack of defects in three consecutive tests implies the owner prioritized basic upkeep. However, the 2023 failed test without recorded issues raises questions about its validity, warranting further verification. A buyer should conduct a hands-on inspection of the suspension components, particularly the rear coil springs and bushings, as these are common wear points in vehicles of this age. The brake system, including calipers and discs, should be checked for uneven wear or corrosion, though no such issues were noted in the records. Exhaust emissions and structural integrity remain unaddressed in the MOT data, so a professional assessment of the underbody and exhaust system is advisable. The absence of tyre-related advisories suggests tread depth was adequate at the last test, but a visual check for uneven wear or damage is recommended. Overall, the vehicle appears mechanically sound but requires a thorough pre-purchase inspection to confirm its condition.