The DooMAX™ VRF by Doogood Australia stands as the nation’s first locally designed, manufactured, and crash-tested fence system which has been proudly engineered to safeguard what matters most. Developed in collaboration with Deakin University and validated through advanced simulations and real-world crash testing in Germany in July 2025, DooMAX™ delivers top-tier protection for Australia’s critical infrastructure.
Crash Rated –
Australian Designed
International Export
Delivery Australia-
Doogood Australia developed DooMAX™ to address a significant gap in the Australian market: the absence of a homegrown, crash tested fence. Historically, reliance on overseas suppliers led to extended lead times and limited adaptability to local conditions. With the demand for hostile vehicle mitigation (HVM) solutions escalating in Australia, which has been driven by the rapid expansion of data centres, correctional facilities, transport hubs, and government sites, there was a pressing need for a domestically produced, certified solution.
Australia’s data centre sector exemplifies this surge in demand. The market is projected to grow at a compound annual growth rate (CAGR) of 6.30%, reaching USD 11.73 billion by 2034. This growth is fueled by advancements in cloud computing, artificial intelligence, and the proliferation of internet-connected devices. Notably, Amazon Web Services (AWS) has announced a $20 billion investment to expand data centres in Sydney and Melbourne between 2025 and 2029, aiming to bolster cloud and AI capabilities.
By introducing DooMAX™, Doogood Australia offers a timely, reliable, and locally supported solution that not only reduces lead times but also strengthens national supply chain resilience. Designed specifically for Australian conditions, DooMAX™ ensures that our critical infrastructure is protected by a product that embodies local innovation and commitment to security.
Crash Performance & Standards:
Backed by real crash test data, DooMAX™ is engineered to stop high-impact vehicle threats, ensuring perimeter integrity is maintained under extreme force.
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