Airports rely on professionally installed bollards to improve security, manage traffic, and protect passengers. TrafficGuard provides airport-rated bollards and installation guidance for terminals, drop-off zones, runways, and high-security airside areas. Whether you're installing permanent security bollards or removable access-control bollards, our systems are engineered to meet strict airport safety requirements.
Why Do Airports Need Bollards?
Prevent Unauthorized Vehicle Access
Bollards create a physical barrier that prevents vehicles from entering restricted areas like runways, taxiways, and terminal zones in order to maintain security.
Protect Passengers & Personnel
Bollards protect pedestrians from traffic hazards and reduce the risk of accidents in high-traffic zones, keeping passengers, airport staff, and ground crews safe.
Improve Traffic Flow & Organization
Bollards help direct vehicles along designated routes, reducing congestion around terminals, parking areas, and service roads to keep airport operations running smoothly and efficiently.
Safeguard Critical Infrastructure
Bollards protect key structures such as terminals, fuel storage areas, and navigation equipment from accidental or intentional vehicle impact, preserving essential airport assets.
Support Flexible Security Measures
Removable or retractable bollards allow airports to adjust access points as needed for events, construction, or emergency situations, giving airports the flexibility to adapt without compromising safety.
Where to Install Bollards in Airports: Key Areas for Safety & Security
Terminal Entrances & Drop-Off Zones
Bollards at terminal entrances and passenger drop-off areas separate vehicles from pedestrian walkways. They protect travelers from vehicles while maintaining easy access for foot traffic and authorized airport transport.
Parking Facilities & Access Roads
Bollards in parking lots, garages, and access roads help regulate vehicle movement and define traffic lanes. They guide drivers safely through busy areas and prevent unauthorized parking near restricted zones.
Perimeter & Security Checkpoints
Bollards reinforce perimeter security by restricting vehicle access to sensitive airside areas. They serve as a first line of defense against potential threats and help maintain compliance with airport security regulations.
Cargo & Maintenance Areas
In cargo terminals and maintenance zones, bollards protect personnel, loading equipment, and infrastructure from accidental collisions. They create safe working boundaries without interrupting operational flow.
Airside Operations & Runway Access Points
Bollards near airside gates, taxiways, and service roads help control the movement of vehicles and prevent accidental runway incursions. They support smooth coordination between security and airside operations.
Types of Bollards Used in Airports for Traffic Control & Impact Protection
Popular Airport Bollard Models for Terminals, Perimeters & Airside Zones
10 MPH Fixed Embedded Bollard – 304 Stainless, #4 Brushed Finish [RFP 5560R S S10]
10 MPH Removable Bollard – Carbon / Powder Coated [HL 2005 S10]
Locking Helix Lock Series [HL2002S]
Airport Bollards FAQ: Installation, Safety Standards & Best Practices
What are bollards and why are they important for airports?
Bollards are sturdy, vertical posts designed to control or restrict vehicle movement. At airports, they play a critical role in protecting passengers, staff, and infrastructure from vehicle intrusion while maintaining safe and organized traffic flow.
Where are bollards typically installed at airports?
Bollards are commonly installed at terminal entrances, passenger drop-off zones, parking lots, access roads, cargo areas, and perimeter checkpoints. These placements help separate vehicles from pedestrian areas and secure restricted zones.
What types of bollards are commonly used at airports?
Airports use a mix of fixed, removable, collapsible, and crash-rated bollards. Each serves a specific purpose—from protecting high-security areas to offering flexible access control for service roads or maintenance zones.
How do bollards protect airport terminals?
Bollards create a secure barrier between vehicles and terminal buildings. They prevent accidental collisions, restrict unauthorized access, and ensure that travelers can safely enter and exit the terminal area.
How do bollards protect airport runways?
Strategically placed bollards control vehicle access to runways, taxiways, and airside roads. This prevents unauthorized entry and minimizes the risk of runway incursions that could disrupt airport operations.
Are airport bollards crash-rated for vehicle impact?
Yes. Our crash-rated airport security bollards are built to stop vehicles traveling at high speeds. These bollards meet rigorous safety standards to protect sensitive areas like runways, control towers, and fuel storage sites.
Do airport bollards meet federal or international safety standards?
Yes. TrafficGuard’s airport bollards are designed to comply with safety and security standards set by agencies such as the FAA and TSA, as well as international airport authorities.
What materials are airport bollards made from?
Our airport bollards are made from steel and other high-strength materials that can withstand heavy impacts and environmental wear. Some of our models feature powder coatings and reflective finishes for enhanced visibility and durability.
How can airports choose the right type of bollard?
Choosing the right bollard depends on the area’s level of security, traffic volume, and access requirements. Our team can help assess each location and recommend the ideal bollard type for long-term performance and protection.
How much do airport bollards cost?
The cost of airport bollards depends on several factors, including the type of bollard, the level of security required, and installation conditions. Fixed bollards generally cost less than removable or retractable models, while crash-rated options are typically a larger investment due to their enhanced protection. Factors such as materials, foundation depth, and project size can also influence the overall cost.