2013 Skoda Octavia 2.0L Diesel · RM02 ARN

The vehicle is currently roadworthy, but the maintenance history indicates a trend of reactive rather than proactive mechanical care. The most recent test in February 2026 at 136,057 miles shows a pass only after addressing non-conforming registration plates and play in the offside front anti-roll bar linkage. While the car has passed its latest inspection, the history of recurring suspension and braking issues suggests that components are only replaced once they approach a failure threshold rather than during scheduled service intervals. The mileage pattern remains consistent with a 13-year-old vehicle, averaging approximately 10,500 miles per year. Between the 2024 test at 131,944 miles and the 2025 test at 134,136 miles, the car covered only 2,192 miles, indicating a period of lower usage before covering nearly 2,000 miles in the final year recorded. This steady accumulation is typical for the wear patterns seen on rubber components and damping systems for a Skoda Octavia of this age. A buyer must conduct a close inspection of the front suspension, as the record shows persistent issues with dampers. The 2025 test flagged light misting on both front shock absorbers and a severely deteriorated dust cover on the lower arm ball joint, while the 2026 test identified play in the anti-roll bar linkage. The prospective owner should verify that the shock absorbers have been replaced and that the ball joints are now free of play, as these components are prone to wear that leads to poor steering handling and further mechanical failure. The braking system also requires attention due to a noted nearside rear binding brake in early 2025. Additionally, the distorted offside rear inner wheel recorded during that same period suggests a previous impact or manufacturing defect that could affect wheel alignment. Given the 2024 advisory regarding inner tyre wear close to the legal limit, a thorough check of the current tyre profiles and alignment is essential to ensure the suspension is not causing uneven premature wear.