2011 Vauxhall Zafira 1.7L Diesel · SH61 AWG

Repeated test failures and severe safety defects punctuate the history of this Vauxhall Zafira, culminating in a pass on 10 July 2025 that followed an initial refusal due to a dangerously bald nearside front tyre, incorrect headlamp aim, and inoperative front position lamps. The preceding test in January 2025 also resulted in a failure for a dangerous tyre, misaligned headlamps, and ineffective wipers, while earlier records show structural and mechanical breakdowns including a fractured nearside front coil spring and a leaking hydraulic brake cylinder in January 2023. Rather than demonstrating consistent roadworthiness, the test record reveals recurring issues with basic illumination, vision, structural components, and tyre degradation that required immediate rectification before certification could be achieved. Accumulating 101,347 miles over its roughly fifteen years on the road places this vehicle at an average rate of around 6,756 miles per year, which is typical for its age. This usage pattern spreads wear relatively evenly across the lifespan of the chassis and mechanical assemblies without indicating extended periods of storage or extreme high-mileage commercial deployment. However, the consistent accumulation of miles means that supporting consumables and suspension joints have been subjected to continuous operational stress, as borne out by the frequent advisories regarding suspension arm corrosion and worn tyres recorded across multiple annual inspections. On the test drive, a prospective buyer must pay close attention to the front suspension and steering architecture, specifically listening for knocks, clunks, or excessive play over uneven road surfaces to account for the previously noted swivel pin wear and lower suspension arm corrosion. The braking system requires careful scrutiny; given the history of a leaking hydraulic brake cylinder and the recent advisory regarding worn rear brake discs, check for a spongy pedal feel, pulling to one side under braking, or any grinding noises from the rear axle. Furthermore, verify that all lighting functions, headlamp alignment adjustments, and windscreen clearing components operate correctly to ensure the electrical and visibility defects noted during recent failures have been fully resolved. Inspecting the structural integrity of the lower subframe and suspension arms is vital to assess the extent of the rust previously flagged by inspectors, ensuring that surface scale has not progressed to deep structural degradation. Check the inner and outer edges of all four tyres during a physical walkaround to confirm even tread wear, paying heed to the historical pattern of edge wear and baldness highlighted on previous certificates. Ensuring these specific friction, illumination, and structural points are thoroughly examined will provide a clear picture of the mechanical state underpinning this vehicle's varied MOT history.