2023 Hyundai I20 N Line Mhev T-GDI 1.0L Hybrid electric (clean) · WF73 OEY

The vehicle currently presents a stable and satisfactory roadworthiness status, confirmed by the most recent MOT test conducted on 2026-02-25 at 43,162 miles. This test yielded a clean pass with zero defects or advisories recorded, indicating that all primary safety and emissions systems met the required DVSA standards at that time. The maintenance trend appears stable, with no historical recurring faults to suggest a worsening or deteriorating mechanical condition. A clean pass on a performance-oriented hybrid powertrain demonstrates that the braking, suspension, and exhaust emissions were functioning within acceptable tolerances four months ago. Covering 43,162 miles over roughly three years equates to an average annual mileage of approximately 14,387 miles, which is notably higher than the typical UK average for a vehicle of this age. The MOT record shows a single entry from February 2026, meaning the prior test was likely conducted around its three-year anniversary in late 2025 or early 2026, reflecting a rapid accumulation of miles. Such elevated usage implies sustained motorway or long-distance driving, which typically accelerates wear on consumable components like brake discs, tyres, and suspension bushes, even if the mechanical systems remain fundamentally sound. Despite the clean MOT, the high mileage demands a thorough physical inspection of the drivetrain and chassis components. A buyer should closely examine the condition of the brake pads and discs, as the hybrid regenerative braking system can mask underlying wear on the conventional hydraulic components. Suspension bushes and coil springs require careful scrutiny, as high-mileage use often manifests in premature deterioration or cracking. Inspect the exhaust system for corrosion and check the 48-volt mild-hybrid battery health, as frequent charging cycles in high-mileage applications can degrade overall capacity. Tyre condition and uneven wear patterns should also be assessed, given the potent torque delivered by the T-GDI engine.