2016 MG 3 1.5L Petrol · VX16 VHC

The vehicle is currently roadworthy following a pass in February 2026, but the maintenance trend indicates a reactive rather than proactive approach. While the most recent test at 56,687 miles addressed critical safety failures, the history shows a pattern of neglecting essential components until they reach failure. The transition from a failure in February 2026 to a pass later that month suggests that the owner only performs repairs when strictly necessitated by the MOT tester. At 56,687 miles over ten years, the car has covered significantly low mileage, averaging approximately 5,700 miles per year. This low usage is consistent with the observed degradation of rubber-based components. In the 2025 test, multiple tyres were flagged for perishing and cracking despite having sufficient tread depth. The gap of nearly 10,000 miles between March 2025 and February 2026 shows consistent low-speed use, suggesting the vehicle may have sat for long periods, which often leads to the surface pitting and scoring noted on the brake discs. A buyer must specifically inspect the front braking system and suspension assembly. The record consistently flags thin brake pads and worn or scored discs across multiple years, culminating in a failure in early 2026 where pads were below 1.5mm. Furthermore, the corrosion on both the nearside and offside rear coil springs in the latest test is a structural concern. While they passed now, corrosion on springs is a precursor to sudden catastrophic failure if the metal integrity is not monitored. The persistent oil leak from the oil filter noted in February 2026 requires close visual inspection. Although the tester marked it as not excessive, a recurring leak in this area can lead to grime buildup and mask more significant engine seal failures if left un. The 2024 failure due to an inoperative engine management light also suggests that electrical faults may have been ignored previously, so a diagnostic scan is advisable to ensure no hidden codes remain in the system.