2014 Hyundai IX35 1.7L Diesel · EX14 XPT

The maintenance trend for this 2014 Hyundai ix35 shows a clear worsening trajectory over its recent history. The most recent test on 16 September 2025 at 56,077 miles resulted in a pass, but the tester flagged corroded suspension components, marking a shift from minor consumable advisories to more significant structural and mechanical concerns. Prior to this, the vehicle accumulated several minor defects, including a failed test on 6 October 2023 at 53,583 miles for an ineffective windscreen wiper, a defective offside side repeater, and an illuminated TPS light, all of which were rectified for a pass just five days later. The escalating nature of the defects from basic wear items to suspension corrosion indicates declining vehicle care. Mileage progression across the recorded period aligns with a low-usage profile, averaging roughly 4,673 miles annually. The car covered just 5,000 miles between October 2022 and October 2023, and only 2,500 miles in the year leading up to the September 2025 test. This low annual mileage suggests light use, though long periods of standing can accelerate suspension component corrosion and cause tyre flat-spotting. The record contains no evidence of rapid mileage accumulation or unexplained gaps in the timeline. A prospective buyer must prioritize a thorough underbody inspection focusing directly on the suspension corrosion flagged in September 2025. Corroded coil springs, suspension bushes, and mounting points demand immediate physical verification to assess whether the rust is superficial surface oxidation or a threat to structural integrity. The tyre wear advisories from October 2024 at 54,535 miles also require a hands-on check; uneven front tyre wear often points to degraded suspension bushes or misaligned steering geometry, which directly correlates with the recently identified corrosion. The recurring TPS light issue in October 2023 warrants a diagnostic scan to ensure the tyre pressure monitoring system is fully functional and not masking a damaged sensor.