2019 Hyundai I20 1.2L Petrol · BA69 RZN

The 2019 Hyundai I20 presents a clean and stable maintenance trend, with the most recent MOT conducted on 4 March 2026 at 60,092 miles passing with zero defects. Every recorded test in the history, spanning from September 2022 through March 2026, has passed with no advisories or failures whatsoever. This is an unusually strong record for a seven-year-old vehicle and suggests consistent, attentive ownership with no recurring mechanical or structural issues flagged by any tester over nearly four years of documented testing. The mileage accumulation is steady and unremarkable in the best sense. The car covered approximately 4,813 miles between the February 2025 test at 55,279 miles and the March 2026 test at 60,092 miles, which aligns with the overall annual average of roughly 8,585 miles. Earlier intervals show similar consistency, with around 5,300 to 6,000 miles added per year between 2022 and 2024. There are no suspicious gaps in the MOT record that would suggest long periods of non-use or clocking concerns, and the annual testing pattern has been maintained without interruption. Despite the clean MOT history, a buyer should still carry out a thorough physical inspection. At 60,092 miles, consumable components such as brake discs, pads, tyres, and suspension bushes are well within the window where wear becomes visible even if it has not yet triggered a test failure. The front lower suspension arms and anti-roll bar linkages on the I20 are known to deteriorate with age and should be checked for play or perishing. Exhaust system condition, particularly the flexi-joint and mounting rubbers, merits close attention on a car of this age. A test drive should focus on any pulling under braking, which could indicate a binding caliper not yet severe enough to fail an MOT, and on clunking over speed bumps that might point to worn strut top mounts or drop links. The clean record is encouraging, but it does not substitute for hands-on verification of the mechanical and structural condition beneath the surface.