2015 Skoda Octavia 1.6L Diesel · BV65 ALO

The vehicle's current roadworthiness status appears stable following the most recent MOT pass on 20 October 2025. While the record shows two instances of failure immediately preceding these passes, the lack of specific defect descriptions in the DVSA data makes it difficult to identify the exact mechanical cause. The transition from failure to pass in both 2024 and 2025 suggests that identified issues were rectified by the owner, indicating a reactive rather than proactive maintenance approach. The mileage accumulation is significant for an 11-year-old vehicle. At 168,485 miles, the car has covered approximately 15,317 miles per year, which sits above the UK average. The data shows a steady increase in mileage, with 10,652 miles covered between the March 2024 and October 2025 tests. This consistent usage pattern suggests the vehicle has seen regular road use rather than long periods of sitting idle, which typically results in more uniform wear across the drivetrain and suspension components. A prospective buyer should conduct a thorough physical inspection of the underbody to check for corrosion, particularly on the rear axle and fuel tank mounting points, given the high mileage. The repeated failures without recorded defects suggest minor consumable issues or lighting faults that were resolved. You should specifically examine the condition of the suspension bushes, coil springs, and shock absorbers. High-mileage Skoda Octavias often show wear in these areas, and the previous failures may relate to such components or minor brake system issues like binding calipers or worn discs. Given the high annual mileage, a detailed check of the timing belt and water pump service history is essential. While the MOT record does not provide mechanical health data, the mileage suggests these components may be approaching the end of their service life. Inspect the tyre tread depth and the condition of the brake pads and discs to ensure the vehicle's recent passing status reflects actual mechanical integrity rather than just the resolution of minor MOT-specific defects.