2014 Vauxhall Zafira 2.0L Diesel · J99 PAH

The vehicle remains roadworthy, but the maintenance trend shows a pattern of recurring mechanical neglect and component degradation. While the most recent test in January 2026 at 144,963 miles passed, the tester flagged a persistent oil leak and a distorted nearside rear road wheel. These issues mirror advisories from the February 2025 test at 135,255 miles, indicating that the underlying causes of these faults have not been rectified despite multiple inspections. At 144,963 miles over twelve years, this Zafira has averaged approximately 12,000 miles per year. This represents above-average usage which places significant strain on wear components. The record shows a consistent accumulation of mileage, with nearly 9,000 miles driven between January 2024 and February 2025, and another 9,700 miles in the following year. This high mileage suggests the vehicle has been used for long-distance travel, which naturally consumes consumables faster and accelerates the wear of suspension and braking systems. A buyer must conduct a thorough inspection of the oil leak to determine if it is a minor gasket seep or a more serious engine-related failure, as it has appeared in records since 2023. The corrosion on the fuel filler pipes noted in 2025 is a critical structural concern for this Vauxhall model and could lead to dangerous fuel leaks if not replaced. Furthermore, the distorted nearside rear wheel mentioned in both 2025 and 2026 suggests a previous impact or manufacturing defect that could affect handling and cause uneven tyre wear. The braking system also highlights fluctuating brakes in early 2024, which often indicates thin or warped brake discs. Given the history of perishing tyres across all four corners in early 2025, the previous owner appears to have deferred routine maintenance until defects became evident. Any prospective buyer should verify the current age and condition of the tyres and the integrity of the suspension bushes to ensure the high-mileage usage has not resulted in costly mechanical fatigue.