2008 Hyundai I10 1.1L Petrol · A5 LJN

The maintenance trend for this 2008 Hyundai i10 remains entirely stable, reflecting a vehicle that has required no mechanical or structural remediation to pass its annual tests. The most recent MOT on 16 January 2026 at 49,188 miles passed with zero defects, continuing a pattern of clean assessments. An anomaly appears in the record on 30 January 2025, when the car failed at 44,466 miles despite showing no recorded defects, likely indicating an aborted test or a refusal to test, but it passed cleanly the very next day at the same mileage. No recurring faults or advisories have surfaced, indicating no worsening or persistent mechanical issues. The mileage accumulation is exceptionally low for an eighteen-year-old vehicle, averaging roughly 2,733 miles per year. Between the April 2023 test at 43,628 miles and the April 2024 test at 44,441 miles, the car covered just 813 miles. Usage then increased slightly, with the odometer reading 44,466 miles in January 2025 and 49,188 miles in January 2026, representing a 4,722-mile run over twelve months. Such sporadic, low-mileage use often means the vehicle has spent extended periods stationary, which carries its own risks for consumables and components despite the low distance covered. Because the MOT record contains zero advisories to guide a targeted inspection, a buyer must assess the physical condition of age-sensitive components that degrade through time rather than use. Inspect the rubber suspension bushes, shock absorber seals, and tyre sidewalls for perishing and cracking, as low annual mileage and prolonged standing accelerate rubber deterioration. Check the brake discs and calipers for surface corrosion that can cause binding or uneven pad wear after long periods of inactivity. Verify the structural integrity of the underbody and sills, ensuring no corrosion has taken hold during dormant spells. Finally, assess the exhaust system and fuel lines for moisture-related degradation, common in vehicles that rarely reach full operating temperature.