2019 Mitsubishi ASX 1.6L Petrol · WM19 GGZ

The 2019 Mitsubishi ASX presents a stable and improving maintenance trend. The most recent test on 23 April 2026 at 24,603 miles passed with zero defects recorded, indicating that the vehicle currently meets all roadworthiness standards. This clean sheet follows a pattern of consistent annual passes, suggesting attentive ongoing care by the current keeper. The mileage profile is notably low for a seven-year-old vehicle. Annual accumulation averages roughly 3,515 miles, with increments of 2,856 miles between April 2025 and April 2026, 3,508 miles between April 2024 and April 2025, and 4,405 miles between April 2023 and April 2024. Such light use typically reduces wear on consumables, suspension, and drivetrain components, though prolonged periods of standing can introduce its own concerns around tyre perishing, brake surface corrosion, and stale fuel. The MOT record itself is clean and consistent, with no gaps in annual testing. Historically, the only notable defect appeared in the 20 April 2023 test at 13,834 miles, when the tester flagged a worn, pitted, or scored nearside rear brake disc that was not seriously weakened. The absence of any repeat brake defect in subsequent tests through to 2026 suggests the disc and likely the pad were replaced and the issue resolved. A buyer should still inspect the rear braking system in person, checking for uneven disc thickness, lipping, and pad depth, particularly given the low mileage can sometimes lead to surface corrosion from infrequent use rather than wear. Beyond the brakes, a physical inspection should focus on the underbody and suspension bushes for corrosion or perishing, tyre condition and date codes given the low annual mileage, and the operation of the nearside rear seatbelt mechanism given the 2022 advisory regarding a child seat restricting full belt inspection. The clean recent MOT record is encouraging, but a pre-purchase inspection remains prudent to verify structural integrity and mechanical condition beneath the surface.