Quick and easy to install, our portable energy absorbing bollards offer a temporary solution for providing high-risk areas with affordable protection.
Versatile and effective, the Super Duty bollard is the ideal choice for stopping and controlling large vehicles, acting as a deterrent for high-density pedestrian areas.
Perfect for smaller vehicles up to 1600kg, our Ultra energy absorbing bollards offers a cost-effective solution for areas that require a smaller footing.
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ViewWhy choose OmniStop?
- Prevents vehicles entering pedestrian areas
- Asset Protection
- Does not restrict pedestrian access whilst providing protection
- Crash tested bollards
- Steel bollards
Crash Test Video
Controlling errant vehicles is critical in increasing pedestrian safety and decreasing the likelihood of terror-attacks by car. Our range of energy absorbing bollards are the ideal choice for containing the power of a vehicle at speed, offering an affordable solution for capturing cars and vans weighing up to 2270 kilograms.
For high risk and high-density areas, there is no greater option for protecting and deterring than an affordable bollard from OmniStop.
Areas We Service
Omni Stop Bollards supplies high quality energy absorbing bollards (EAB) to all Australian capital cities; including Melbourne, Sydney, Canberra, Brisbane, Darwin, Perth, Adelaide, and Hobart.
FAQ's
I am working within the constraints of underground cabling – can I still use OmniStop Bollards?
Yes! For areas requiring a smaller footprint, we recommend the Ultra Security Bollard. Set only 1m below ground, this bollard has been designed specifically for areas where underground constraints occur.
Are the OmniStop energy absorbing bollards crash tested?
Yes! Each OmniStop Bollard had been crash tested to stop vehicles travelling up to 50km per hour (for vehicle weight information specific to each model, please read their product page). They will also add some level of protection for vehicles travelling at higher speeds, however, results will vary depending on vehicle weight.