2010 Hyundai I30 1.6L Diesel · EO10 KZB

The vehicle currently holds a roadworthy status but exhibits a clear trend of worsening mechanical degradation and deferred maintenance. While it passed the most March 2026 test at 142,212 miles, the tester identified a significant number of advisories involving the steering rack, suspension components, and oil leaks. The progression from a failure in February 2025 to subsequent passes suggests that while critical safety items are addressed intermittently, the underlying condition of the chassis and drivetrain components continues to decline. The recorded mileage of 142,212 miles over 16 years reflects an average usage of approximately 8,888 miles per annum, which is typical for a family car of this age. However, the data shows a period of rapid activity between February 2024 and February 2025 where the car covered over 4,000 miles in just thirteen months. This period coincided with a major MOT failure involving multiple defects, including a leaking fuel tank and ABS faults, indicating that the vehicle was being driven with significant mechanical issues that were not rectified prior to the annual inspection. A buyer must prioritize inspecting the front suspension and steering assembly, as the record consistently flags issues with the steering rack inner joints, ball joints, and suspension arm bushes. The 2026 test specifically noted free play in the steering rack and play in the nearside front ball joint, which suggests an expensive repair ahead. Furthermore, the persistent corrosion on the rear subframe and integral body structure, noted in 2025, requires a close physical inspection to ensure the rust has not progressed beyond surface level into structural compromise. The maintenance history also reveals a recurring front oil leak that has been present since at least 2023, which should be monitored for rate of increase. Given the February 2025 failure for worn brake discs, pads, and parking brake efficiency, the buyer should verify the current state of the braking system to ensure previous repairs were carried out. The presence of corroded rear coil springs in the most recent tests indicates that the suspension is nearing the end of its functional life and will likely require replacement in the near future.