2007 Vauxhall Zafira 1.6L Petrol · MJ07 AEB

The 2007 Vauxhall Zafira presents a stable roadworthiness profile based on its most recent MOT on 2025-10-01 at 90,981 miles, which resulted in a pass with no defects recorded. However, the vehicle’s MOT history reveals recurring failures without recorded faults, including a 2025-09-30 failure at the same mileage and two 2023-08-07 failures at 90,794 miles. These results suggest potential administrative or procedural inconsistencies, as no specific mechanical issues were flagged. The absence of defects in the latest test implies no immediate safety risks, but the pattern of repeated failures without recorded faults raises questions about the reliability of the inspection process. The vehicle’s mileage of 90,981 miles at 19 years old equates to an average of 4,788 miles annually, significantly lower than typical usage for its age. This suggests either infrequent use or extended periods of inactivity, which can accelerate wear on components like rubber seals, electrical systems, and corrosion-prone areas. The MOT records show minimal gaps between tests, with the most recent pass occurring just under a year ago. The 2024-08-08 pass at 90,939 miles and the 2023-08-07 pass at 90,794 miles indicate a consistent testing schedule, though the lack of defects in these tests contrasts with the earlier failures. A buyer should prioritise inspecting the vehicle’s suspension, braking system, and exhaust for signs of hidden wear, as these components are often overlooked in MOTs. The low mileage may mask age-related deterioration, such as degraded suspension bushes or coil springs, while the repeated failures without defects could hint at intermittent issues requiring deeper diagnostics. Structural integrity should also be assessed, particularly for rust or corrosion in body panels, which can worsen during periods of inactivity. The absence of recorded faults in the latest test is reassuring, but the vehicle’s maintenance history warrants a thorough pre-purchase inspection to confirm its mechanical condition.