2008 Hyundai Matrix 1.6L Petrol · GJ58 VKR

The vehicle is currently roadworthy but the maintenance history shows a worsening trend regarding safety-critical components. The most recent test on 22 September 2025 at 47,502 miles resulted in a failure due to a supplementary restraint system warning lamp and multiple tyre defects. While the car passed immediately after these rectifications, the presence of an SRS fault indicates a serious electronic safety failure that was previously overlooked. The recurring nature of tyre issues across several years suggests a pattern of reactive rather than preventative maintenance. At 18 years old, the recorded mileage of 47,502 miles represents exceptionally low annual usage, averaging 2,639 miles per year. This low mileage often correlates with age-related degradation of materials rather than mechanical wear. The data shows consistent intervals between tests, with roughly 2,600 miles driven between October 2024 and September 2025, and over 3,100 miles in the year prior. However, the low mileage likely explains the accelerated perishing of rubber-based components and the corrosion of brake pipes seen in the record. A buyer must physically inspect the braking system and chassis for structural integrity. The tester flagged corrosion in 2022 and 2024 on both nearside and offside brake pipes, which suggests the vehicle is susceptible to moisture-related rust during periods of standing stationary. Check for pitting on the metal lines and ensure flexible hoses are supple. Additionally, the deteriorated nearside front CV boot noted in 2022 requires a fresh inspection for grease leakage and drive joint play, which can lead to expensive drivetrain failure if left ignored. The 2025 failure for perishing and cracking on the nearside rear tyre confirms that the rubber is reaching the end of its structural life despite potential tread depth. The buyer should evaluate all tyres for sidewall cracking caused by age. Most importantly, the SRS warning lamp fault must be verified with a diagnostic tool to ensure the airbag deployment system is fully functional, as a persistent fault remains a major fail risk and indicates a hidden defect in the vehicle's safety electronics.