2018 KIA RIO 1.2L Petrol · NJ18 MME

The vehicle presents a mixed mechanical history that warrants careful attention during inspection. Over the years, it has accumulated significant usage, with a recorded mileage of 152,862 miles—approximately 19,108 miles per year, which is notably higher for its 2018 model year. This level of wear suggests a heavier-than-usual driving pattern or extended periods of inactivity, potentially affecting components such as the suspension, brakes, and structural integrity. The MOT records reveal a pattern of recurring advisories, particularly around the front suspension ball joints and the nearside front inner play, indicating consistent issues that have been addressed in prior tests. While the most recent inspection on 2026-09-12 concluded with a PASS, the cumulative evidence points to a vehicle that has experienced multiple stress points over its lifespan. The mileage alone raises concerns about the longevity of key systems. At 8 years and nearly 150,000 miles, the wear on the drivetrain, including the differentials and transfer cases, becomes a critical consideration. The suspension system in particular appears to have suffered from repeated stress, as evidenced by the multiple ball joint and arm joint advisories. On a test drive, one should pay close attention to the handling characteristics, especially when navigating bumps, noting any irregularities in steering response or suspension play. The front tyre wear and registration plate condition also merit scrutiny, as these can affect both safety and compliance with legal requirements. Given the pattern of advisories and the vehicle’s age, the buyer should be prepared for a thorough mechanical evaluation. Focus on the specific areas flagged in the MOT history, particularly the front suspension and steering components, and ensure that any unusual noises, vibrations, or performance inconsistencies are addressed. While the overall trend leans toward a clean current status, the historical data underscores the importance of inspecting these critical systems to confirm their current condition and reliability.