2004 Skoda Octavia 2.0L Diesel · RA54 VND

Recurring wear on rubber seals and braking components defines the mechanical history of this vehicle, though it has maintained a consistent pass rate in recent years. The most recent test on 16 August 2023 resulted in a pass, albeit with a minor defect regarding the offside front track rod end dust cover. This follows a pattern of similar issues with rubber boots and brake disc corrosion seen in previous years, suggesting a trend of age-related degradation of perishables. With 127,607 miles recorded over 22 years, the vehicle has averaged approximately 5,800 miles per year. This low annual accumulation indicates the car has spent significant time stationary or has been used for short journeys. Mechanically, such a usage profile often accelerates the perishing of rubber components and increases the likelihood of brake disc pitting due to oxidation, both of which are evident in the MOT record. Prospective buyers should pay close attention to the front drivetrain and steering linkages. The history shows repeated failures and advisories for constant velocity boots and track rod end covers. During a test drive, listen for rhythmic clicking or popping sounds when steering at full lock, which would indicate that the CV joints have been compromised by the previously recorded boot failures. Any vague steering or knocking sounds over uneven surfaces may point to the ongoing deterioration of the track rod ends. The braking system and cooling circuit require specific verification. Previous records highlight pitted and scored front and rear brake discs, as well as a small coolant leak noted in 2021. Check for pedal judder during braking, which is a common symptom of pitted discs. Additionally, inspect the coolant level and look for crusting around hose joints or a sweet smell after the engine has reached operating temperature to determine if the previously flagged leak persists. Finally, examine the inner edges of the tyres, as the record shows a history of premature wear on the inside edges, suggesting a potential requirement for wheel alignment.