Bollard Systems

Bollards are posts or barriers used to control vehicle access and provide physical security. Their purpose is to protect buildings, pedestrians, and other assets from vehicle-based threats, such as accidental collisions, theft, or terrorism.

In a security context, bollards can be used in several ways to secure a facility:

• Vehicle access control: Bollards can be placed at entry points to control the flow of vehicles into a secure area. They can be set up in a way to allow only authorized vehicles to pass, while blocking or redirecting unauthorized vehicles.

• Perimeter protection: Bollards can be used to create a physical barrier around a facility, protecting it from unwanted access by vehicles. They can be placed in a line around the perimeter or at strategic points, such as corners or near critical assets.

• Pedestrian safety: Bollards can be placed around walkways, building entrances, and other pedestrian areas to protect people from accidental collisions with vehicles.

• Anti-ram protection: Bollards can be designed and installed to withstand the impact of a vehicle, serving as a barrier to prevent ram-raids and other malicious attacks.

Rising bollards are a type of bollard that can be raised or lowered as needed to allow or block vehicle access. They are typically hydraulic or electro-mechanical in design and are controlled by an electronic system.

Automatic rising bollards offer several advantages over traditional, fixed bollards:

• Flexibility: Rising bollards can be raised or lowered as needed, allowing for quick and convenient control of vehicle access.

• Enhanced security: When in the raised position, rising bollards provide a formidable barrier that is difficult for unauthorized vehicles to breach.

• Improved aesthetic: Unlike traditional bollards, rising bollards can be designed to blend in with their surroundings when in the lowered position, improving the appearance of the secure area.

• Reduced maintenance: Rising bollards are typically designed for long-term use and require minimal maintenance, making them a cost-effective solution for vehicle access control.