2013 Hyundai IX35 1.7L Diesel · FE63 MOV

The vehicle presents a mixed mechanical picture based on its DVSA MOT records and usage patterns. Over the years, it has accumulated a total of 68,523 miles, which translates to an annual average of nearly 5,271 miles—considered relatively low for a car its age, suggesting either light usage or extended periods of inactivity. This consistency in mileage supports a stable service history, though the gaps between checks indicate some irregular intervals. The recurring advisories point to specific systems that require attention, particularly the suspension components and braking system, which have shown signs of wear or degradation over time. On a test drive, it would be essential to inspect the suspension bushings, track the ball joints, and listen for any unusual noises when navigating bumps, as these areas are most affected by the wear noted in the records. The mileage profile combined with the nature of the advisories reveals a pattern of moderate usage with occasional high-stress events. The presence of multiple failed checks in consecutive years, especially the major ball joint issues, indicates that these components have been subjected to repeated stress without adequate maintenance. This could translate to a higher likelihood of failure under load, particularly if the vehicle has been driven in conditions that exacerbate wear. It is advisable to focus on the front and rear suspension areas, checking for play, stiffness, or unusual vibrations, as these symptoms align with the documented concerns. Given the specific warnings highlighted in the MOT history, buyer should pay close attention to the condition of the anti-roll bar ball joints and the integrity of the front and rear track rod ends. During inspection, listen for any clicking or grinding sounds when turning, and feel for any unevenness in handling that might suggest alignment or suspension problems. The absence of recent defects in most records is a positive sign, but the cumulative effect of prior advisories underscores the importance of a thorough on-site evaluation to ensure these systems remain reliable and safe for everyday use.