CS-Series Hydraulic Automatic Bollard

The CS-Series Hydraulic Automatic Bollard is a retractable, heavy-duty bollard designed and manufactured for effective vehicle access control and perimeter security.

With a compact, shallow-mount foundation depth of just 700mm and a bollard height of 900mm above ground level, the CS-Series delivers exceptional performance while maintaining a small installation footprint.

Ideal for car parks, commercial premises, residential estates, secure facilities and sporting venues, the CS-Series Hydraulic Automatic Bollard provides reliable vehicle access control and perimeter protection for a wide range of environments.

This bollard can be operated through a range of intelligent control options, from traditional remote control, push-button, and card reader systems to our smartphone-integrated app platform.

Built with industrial PLC integration, each system ensures smooth performance, reliability, and long-term safety — providing operators with complete control, safety, and confidence.

Premium Engineering. Local Innovation

We start with a premium mechanical base, then engineer it into something uniquely ours — designed, assembled, and tested right here in Queensland, Australia. Each bollard incorporates Create Security’s own control system, built to meet Australian standards for compliance, safety, and long-term reliability.

Key Features

Hydraulic System: Smooth, reliable operation powered by a built-in hydraulic pump with biodegradable hydraulic oil.
Robust Construction: Heavy-duty materials ensure exceptional strength and long-term performance.
User Safety: Multiple built-in safety mechanisms for vehicle and operator protection.
Architectural Design: Modern styling that complements contemporary environments.
High Visibility: Bright yellow reflective band for visibility day and night.
Emergency Operation: Manual override included for emergencies.
Easy Installation & Operation: Simplified setup and intuitive controls.
Low Maintenance: Engineered for durability with minimal upkeep.

Smart Functionality & Control

Smartphone-Integrated App Control

Operate and monitor bollards directly from your device.

User Management

Add or remove users, and track access and usage history through the app.

Visual & Audible Fault Alerts

Immediate issue identification via control-panel indicators.

Automatic Service Reminders

Receive routine maintenance notifications to keep bollards operating at peak performance.

Safety Features

In-Ground Safety Loops on each bollard prevent rising when a vehicle is above.
LED Flashing Lights and audible alarms indicate bollard movement.
4-Second Warning Delay with sound and light alerts pedestrians before operation.
Fully DDA-Compliant for accessibility and inclusion.
Low-Voltage 36 V DC Motors – no 240 V components inside bollards, eliminating electrocution risk.
Compliant with AS/NZS 3000 electrical safety standards

Applications

The CS-Series Hydraulic Automatic Bollard is suitable for a wide range of installations and industries, providing secure and efficient vehicle access control across:

Car Parks & Shopping Centres
Apartment Complexes & Residential Estates
Retirement Villages & Gated Communities
Industrial Facilities & Warehouses
Schools, Universities & Education Facilities
Hospitals & Health Precincts
Hotels, Resorts & Caravan Parks
Construction & Transport Sites
Government & Secure Facilities
Event Venues & Stadiums

Whether for perimeter protection, traffic management, or restricted access, the CS-Series Automatic Hydraulic Bollard delivers reliable automatic bollard performance in any environment.

Performance & Reliability

Stainless Steel Control Box: Superior weather resistance and durability.
Engineered Underground Section: Designed to prevent corrosion and ensure long-term reliability.
Locally Built Control Panel: Brisbane-made with industrial-grade components for maximum performance.
Local Technical Support: Fast response and ongoing maintenance from our Queensland-based team.
Easy Serviceability: Quick-replace damaged cores with spare parts stocked locally, minimising downtime.