2004 Hyundai Matrix 1.6L Petrol · WX54 SNK

The vehicle presents a significant roadworthiness risk due to a worsening maintenance trend characterized by severe structural deterioration. The most recent recorded test in February 2022 at 121,482 miles resulted in a major failure involving both the front and rear sub-frames being flagged as corroded and seriously weakened. This follows a history of escalating mechanical neglect, moving from minor consumable issues to critical structural integrity failures. The lack of any MOT data since February 2022 means the vehicle has been unroadworthy or untested for over four years, making its current condition highly suspect. The mileage pattern indicates a vehicle that has covered approximately 121,482 miles over 22 years, averaging roughly 5,500 miles per year. While this is low for the age, the data shows irregular usage. There was a notable gap in testing between 2018 and 2019, and the most recent recorded mileage was from early 2022. The low annual mileage does not correlate with a well-maintained vehicle; instead, the history suggests the car may have been subject to long periods of inactivity, which often accelerates corrosion on braking components and suspension elements. A prospective buyer must prioritise a thorough underside inspection to assess the extent of the sub-frame corrosion. The February 2022 failure specifically identified serious weakening of the structural components, which is a terminal issue if not professionally rectified. Recurring faults throughout the history, such as split CV boots, worn suspension bushes, and steering rack play, suggest a pattern of deferred maintenance. The tester also noted a binding nearside front brake and a leaking exhaust flexi in the final test, indicating that the braking and exhaust systems require immediate attention. Beyond the structure, the repeated failures regarding tyre tread depth and worn edges indicate poor wheel alignment and a lack of basic upkeep. The history of headlamp failures and windscreen wiper issues shows that even simple electrical and visibility components were frequently neglected. Given the severity of the structural findings and the significant lapse in recent testing, this vehicle requires a comprehensive mechanical survey, specifically focusing on the chassis, suspension geometry, and the integrity of the drivetrain.