2021 Skoda Octavia 2.0L Diesel · CE70 BYX

A pattern of rear-end component failures defines the recent roadworthiness record, specifically concerning the suspension and tyre integrity. While the vehicle achieved a clean pass on 13 October 2025, this followed a failure three days prior due to a fractured offside rear coil spring. Earlier in the same year, a dangerous failure was recorded on 25 March 2025 involving structural failure and lumps in the nearside rear tyre, which had previously been flagged for a nail in April 2024. The recorded mileage of 64,696 miles represents a high annual accumulation rate of approximately 12,939 miles per year. This level of usage indicates accelerated wear on primary consumables and drivetrain components compared to average vehicle profiles. Such high-mileage usage typically places greater stress on suspension bushings, brake wear items, and engine mounts, necessitating a closer inspection of these components to ensure they are not nearing the end of their operational life. Given the history of a fractured offside rear coil spring, a test drive should focus on the vehicle's stability and noise levels over uneven surfaces. Listen for metallic knocks or clunks from the rear suspension when traversing speed bumps or potholes, as these can indicate further degradation of the remaining springs or associated suspension linkages. Ensure the vehicle sits level when stationary, as any perceptible lean could suggest a failure in the suspension geometry or a recurring spring issue. The repeated issues with the nearside rear tyre, ranging from a nail to a dangerous structural failure, warrant a detailed visual inspection of the current tyre set. Check for uneven tread wear or bulging on the sidewalls, which may point to underlying alignment problems or recurring impact damage. During the test drive, feel for any unusual vibrations through the chassis or a pull to one side, which would indicate that the previous tyre failures may have been symptomatic of a wider wheel alignment or suspension geometry fault.