2016 Hyundai I30 1.6L Diesel · EF16 FCC

The vehicle is currently roadworthy but the recent MOT history indicates a trend of reactive rather than proactive maintenance. While it passed its latest test in February 2026 at 35,156 miles, it suffered a failure just one day prior for multiple mechanical issues. The presence of front brake disc pitting and shock absorber misting suggests that components are only addressed once they reach a point of failure or visible degradation, rather than being replaced during routine service intervals. At 35,156 miles, this ten-year-old Hyundai has covered exceptionally low mileage, averaging approximately 3,500 miles per year. This low usage explains the relatively fresh condition of certain components but may also contribute to issues with the vehicle sitting stationary. Between February 2024 and February 2026, the car covered only 3,898 miles, yet it presented faults with parking brake efficiency and a steering rack gaiter. Such low mileage often leads to brake corrosion and the degradation of rubber components that are not regularly exercised over long periods. A buyer must inspect the front suspension closely, as the light misting on both front shock absorbers noted in February 2026 indicates the seals are beginning to fail. If the leak progresses to a significant drip, the units will require immediate replacement. The offside steering rack gaiter, which was missing during the February 2026 failure, must be verified as replaced to ensure no grit has entered the steering assembly, which would lead to expensive mechanical failure. The braking system also requires attention. The front disc pitting and scoring recorded in the most recent test is a common symptom of low-mileage cars that sit for long, but the previous failure for parking brake efficiency in early 2024 suggests the internal cables or shoes may need adjustment or cleaning. Given the uneven wear noted on the nearside front tyre in 2024, a buyer should also check the wheel alignment to ensure the low mileage hasn't masked premature tyre degradation.