FEATURES:

Our anti-ram Systems are built with engineered crash-rated panels and reinforced post systems, designed to absorb and withstand high-impact force from vehicles.

Crash-Rated Panels

Each gate panel is constructed using reinforced steel framework and internal structural bracing, capable of withstanding significant force without deformation or breach. Panels can be customised in design — from pressed spears to solid infills — without compromising strength or performance.

Reinforced Posts

The post systems are made from heavily reinforced steel and are anchored using deep-set footings or core-drilled foundation systems. These posts are designed to redirect impact loads into the ground, providing maximum resistance to vehicle intrusion.

Performance & Protection

These crash-rated systems offer reliable protection for:

• Warehouses and distribution centres

• Utilities and transport hubs

• Government and defence sites

• Public venues and sensitive access points

Our fencing styles can be fabricated with a range of infill panel options to suit your site’s security level, appearance requirements, and environmental conditions — without compromising on strength or performance.

Welded Mesh Infill

• Heavy-duty steel mesh panels welded into the gate frame

• Offers excellent visibility and airflow while maintaining high strength

• Ideal for industrial sites, logistics yards, and utility enclosures

• Galvanised or powder-coated for long-term corrosion protection

Palisade Infill

• Pressed steel pale design with pointed or rounded tops

• Provides a strong physical and psychological deterrent

• Commonly used in government facilities, substations, and perimeter fencing

• Can be powder-coated to match site branding or existing fencing

Custom Designs

• Custom fabricated panels, including:

  • Solid sheet steel

  • Slats or louvers for privacy

  • Decorative security panels to match architectural elements

• Designed to meet both functional security and visual requirements

• Tailored to suit heritage sites, commercial frontages, or urban precincts

Our systems are built on engineered foundations and reinforced anchoring solutions designed to resist extreme impact and prevent structural failure.

Engineered Foundations

• Deep-set concrete footings calculated based on soil type, gate weight, and impact risk

• Options include in-ground piers, reinforced pads, and structural beams

• Designed in coordination with structural engineers to ensure full compliance with Australian standards

Heavy-Duty Anchoring Systems

• Galvanised or stainless-steel anchoring bolts for surface-mount installations

• Core-drilled posts and reinforced base plates where excavation is limited

• Anti-tamper fasteners and hidden fixing options available for added security

Impact Resistance from the Ground Up

These foundations ensure that gates remain secure during high-speed vehicle strikes or attempted forced entry, making them ideal for:

• Government and defence sites

• Critical infrastructure

• Distribution centres

• Correctional and transport facilities

Our systems are designed to seamlessly integrate with CCTV surveillance and intrusion detection technology, providing a complete perimeter security solution that enhances both physical protection and situational awareness.

CCTV Integration

• Compatible with IP and analog camera systems

• Mounting options available on gate posts or adjacent infrastructure

• Real-time visual monitoring of gate activity and entry points

• Remote viewing via mobile or control room systems

Intrusion & Vehicle Detection

• Integration with ground induction loops, photoelectric (PE) beams, or radar sensors to detect approaching vehicles

• Infrared or thermal sensors for night-time or low-visibility surveillance

• Can trigger gate locking, alarms, flood lighting, or alerts to on-site personnel

Automated Response Capability

• Gate systems can be configured to respond automatically to:

  • Unauthorised access attempts

  • High-speed vehicle approach

  • Breach of perimeter zones

• Supports integration with building management systems (BMS), security platforms, or emergency protocols