2016 Hyundai I10 1.0L Petrol · SS16 BBO

The most recent DVSA MOT test for this 2016 Hyundai i10 was conducted on 15 May 2025, at which point the vehicle passed with no defects or advisories recorded against it. Reviewing the available test history across four consecutive annual examinations from 2022 through 2025, the vehicle has returned an unbroken sequence of clean passes with zero advisories, failures, or minor defects noted at any stage. This consistency suggests a stable and well-maintained mechanical condition, with no recorded deterioration in key roadworthiness areas such as braking performance, suspension integrity, lighting and signalling equipment, tyre condition, exhaust emissions, or structural corrosion. The absence of any advisory notes, which would typically flag early-stage wear items such as tyre tread approaching the legal limit, ageing brake pads, or minor fluid leaks, indicates that the car has either been actively serviced before wear items reached advisory threshold or that it has seen relatively light operational use. The recorded mileage of 45,987 miles over an approximate ten-year lifespan equates to an annual usage rate of around 4,599 miles, which is notably below the national average for a vehicle of this age and segment. This low annual mileage is mechanically significant because it suggests the vehicle has likely spent considerable periods either stationary or used only for short journeys, both of which carry their own implications. Short-trip driving prevents the engine, exhaust system, and catalytic converter from reaching full operating temperature, which can lead to moisture accumulation within the exhaust, oil contamination from incomplete combustion cycles, and accelerated degradation of engine oil. Extended periods of standing, conversely, can promote corrosion on brake discs, particularly the rear drums or discs fitted to later i10 variants, as surface rust develops without the friction of regular application to keep the braking surfaces clean. Low-mileage vehicles also frequently suffer from premature ageing of rubber and polymer components, as calendar-based deterioration proceeds regardless of distance covered. Given this usage profile, a prospective buyer should conduct several physical inspections that may not be fully reflected in the MOT record. Tyres warrant particular attention; despite potentially retaining legal tread depth, ten-year-old sidewalls are prone to perishing and cracking from UV exposure and age-hardening of the rubber compound, which can compromise structural integrity even when tread appears adequate. The 12V battery should be tested for cranking performance, as batteries that have spent long periods partially discharged through short, infrequent journeys often fail without warning, particularly as ambient temperatures drop. All fluid reservoirs should be inspected for age-related condition, including engine oil which may have darkened and lost viscosity even at low mileage, brake fluid which is hygroscopic and typically requires replacement every two years regardless of mileage to prevent moisture-induced brake system corrosion, and coolant which degrades chemically over time and loses its corrosion-inhibiting properties. The service book or digital service history should be examined for evidence of regular annual servicing, particularly oil and filter changes, which are time-sensitive rather than purely mileage-dependent. During a test drive, the buyer should listen carefully for any clonks or knocks from the suspension over uneven road surfaces, as low-mileage vehicles can still suffer from degraded anti-roll bar bushes, drop links, and suspension bushings due to age-related hardening of the rubber. The brakes should be tested from higher speeds to detect any shudder, vibration, or pulling that may indicate corrosion on the discs, and the handbrake should hold the vehicle on an incline to confirm rear brake mechanism functionality, particularly if rear drums are fitted as binding or seized components are common on infrequently used cars. The exhaust should be checked for excessive blowing, rattling, or visible corrosion at the mounting points, as condensation damage from short journeys may have weakened the system. Finally, the engine should be observed from cold start for any excessive smoke, irregular idling, or illuminated warning lights on the dashboard, and an OBD diagnostic scan would be prudent to identify any stored fault codes relating to emissions control systems or sensors that may not yet have triggered an MOT failure but could indicate developing concerns in this otherwise clean-tested example.