2019 Skoda Octavia 1.5L Petrol · OV69 HRM

A recurring pattern of defects concentrated on the nearside front corner defines the mechanical history of this vehicle, alongside emerging corrosion in the rear suspension. While the car passed its most recent test on 24 September 2025, this followed a failure for headlamp aim and left two significant advisories regarding a corroded nearside rear coil spring and inner edge tyre wear on the nearside front. This follows a previous major failure in September 2023 involving a serious fluid leak from the nearside front shock absorber, suggesting a trend of wear or instability on that specific corner of the chassis. The recorded mileage of 73,492 miles over approximately seven years represents an average annual accumulation of 10,499 miles. This usage pattern is typical for the vehicle's age and indicates a consistent level of road use. Mechanically, this mileage suggests that standard wear on consumables, such as brake pads, discs, and suspension bushings, is expected, and the vehicle is entering a phase where component fatigue in the suspension system is becoming evident in the MOT record. Immediate attention should be given to the nearside front wheel alignment and tyre condition. The repeated flagging of inner edge wear, combined with the previous shock absorber failure, suggests a potential issue with the tracking or suspension geometry. During a test drive, feel for any steering pull or instability under braking. Inspect the current nearside front tyre for cords showing through the inner edge, as this was specifically noted as a risk in the latest inspection. The corrosion noted on the nearside rear coil spring requires close inspection, as structural degradation of the spring can lead to sudden failure. Listen for audible knocks or clunks when driving over speed bumps or uneven road surfaces, which may indicate the spring is losing its integrity or that the suspension is no longer damping correctly. Ensure the headlamp beam is correctly aligned, as the recent failure indicates the offside front unit was previously projecting an incorrect beam image.