If you’ve ever stood at a busy city intersection after 10 PM, watched a parade roll through a downtown street, or walked past a government building at rush hour, you’ve probably glimpsed a rising bollard without even noticing. As a rising bollard supplier, I get asked all the time: “Where exactly are these things used? They just look like tall metal posts that pop up out of the ground, right?” Yeah, I get it. A lot of people see them as a nuisance—something that stops you from turning down your favorite downtown side street after work, or that adds an extra 10 seconds to your commute. But rising bollards are so much more than that. They’re a quiet, unassuming solution to some of the biggest safety and security issues we face today, and their uses are way more widespread than most people realize. Let me walk you through the most common places we install our bollards, and why they matter. Rising Bollards
First and probably most obvious: government and military facilities. This is where rising bollards got their start, back in the 1940s after car bombs started being used as weapons in military convoys and government attacks. Back then, security teams needed a way to block unauthorized vehicles from approaching sensitive areas fast—no digging up roads, no permanent barriers that would slow down authorized traffic. Rising bollards were the perfect fix. When they’re in the down position, they lie flush with the pavement so regular cars and trucks can drive over them without a second thought. When they need to go up, they rise 3 to 5 feet in less than two seconds, tough enough to stop a 15,000-pound truck going 50 miles per hour dead in its tracks. I’ve installed bollards at federal building complexes, military bases, and consulates across the country over the past 12 years, and the request never varies: we need to keep the bad guys out, but we don’t want to inconvenience our own employees and visitors. For example, the perimeter of a federal courthouse might have a long parking area for staff, but a no-access zone right up against the front doors where protesters or attackers could drive a vehicle to ram the entrance. Rising bollards go down for staff cars, go up to block any unauthorized vehicles that try to get close enough to cause harm. It’s not flashy, but it’s non-negotiable for these facilities. And it’s not just high-security government spots—even local city halls and police stations use them now. When a suspect makes a break for a car outside a police precinct, you don’t want a civilian car accidentally getting in the way of blocking that escape, but you also don’t want to leave the front entrance wide open. Adjustable-height bollards (some can be set to different rise heights) solve that perfectly.
Next up: downtown and urban areas, specifically pedestrian zones and event spaces. This is where we see the most demand lately, and for good reason. Cities have been trying to make downtown areas safer and more walkable for decades, and rising bollards are a core part of that work. Think about a popular downtown shopping street—like Main Street in a mid-sized city, closed to cars every evening for outdoor dining, or closed permanently to make a pedestrian plaza. Before bollards, cities had to put up temporary barriers or permanent stone blocks, which meant if an emergency vehicle (fire truck, ambulance) needed to get through, they had to move the barriers, which took time during a life-or-death situation. With rising bollards, you can program the system to automatically lower during emergencies, so first responders can get to a fire or medical call instantly, while keeping regular cars from driving through the pedestrian zone and endangering people eating at outdoor tables or walking with kids. I installed a set of these in Portland, Oregon’s Pearl District a few years back, and the local business owners were thrilled. Before the bollards, they had people speeding through the pedestrian plaza at all hours, sometimes hitting bike racks or even pedestrians. Once the bollards went in, foot traffic increased by almost 30% in the first year, because people felt safe walking around. And it’s not just regular pedestrian zones—street festivals, parades, and farmers’ markets all rely on rising bollards too. For a parade, you can have the bollards up at the start of the route to keep unauthorized cars out, then lower them for the parade itself so floats can drive through, and then raise them again to block the end of the route so spectators don’t step into the street. We just did a big installation for the Macy’s Thanksgiving Day Parade in New York last year, and the team there told us it’s way better than the old metal gates they used before, which would often get stuck or slow down the parade.
Another super common use case is critical infrastructure sites. Power plants, water treatment facilities, telecom towers, and data centers—these are the unsung backbone of our modern lives, and they’re constantly targeted by vandalism, theft, and even terrorist attacks. A few years back, a group of teenagers drove a stolen truck into a rural water treatment plant in Iowa, crashing through a perimeter fence and damaging a chemical storage tank. It cost the city $2 million to fix, and left 10,000 people without clean water for three days. Since then, almost every rural water plant, power substation, and data center has started installing rising bollards as part of their security upgrade. Here’s why: these sites are often remote, so you can’t have guards patrolling 24/7, and they need regular delivery trucks, maintenance crews, and employees to access them. Permanent fences or walls would make it hard for emergency vehicles to get in during an outage, but rising bollards let you control access only to people with authorization. For data centers, which store all our personal info, bank records, and medical data, blocking unauthorized vehicles from getting within 50 feet of the building is a non-negotiable security standard now. We’ve installed bollards at solar farms in Texas, which have been targeted by thieves stealing copper wiring—bollards keep the random pickups and utility trucks they need access to, but stop the big trucks that come to steal the wiring. It’s a small investment that prevents huge, costly damage. I also want to mention residential communities, especially gated communities or high-end apartment complexes in areas with a lot of visitor traffic. A lot of people don’t think of bollards for residential use, but more and more, suburbs and cities are installing them to protect neighborhood streets. For example, a community that has a elementary school on a busy road—you can put rising bollards on the side street near the crosswalk, so during drop-off and pick-up, the bollards are up to stop through traffic, keeping kids safe, but lower for residents who live on the street. It’s a great middle ground between blocking access entirely and leaving it wide open.
Then there’s transportation hubs—airports, train stations, bus terminals, and port facilities. These places have millions of people coming and going every day, so security is a top priority, but you can’t have gates stopping buses from dropping off passengers or emergency vehicles getting through. Rising bollards are everywhere here. At airport entrance roads, for example, the area right outside the terminal is a no-access zone for cars that aren’t picking up or dropping off. When the bollards are up, you can’t drive into the terminal area; when they’re down, the taxi or ride-share driver can pull up to the curb for 2 minutes to drop a passenger. Train stations have similar setups—especially large, intercity stations where people drive to park, then take the train. We installed bollards at Chicago Union Station a few years back, to block unauthorized cars from driving onto the passenger pick-up lane, which had been a huge problem with people cutting through and blocking access for emergency vehicles. Port facilities, both for cargo ships and cruise lines, also use bollards to control access to the cargo areas, stopping unauthorized trucks from bringing contraband or stealing goods. I even did a small installation at a small municipal airport in Ohio, where they needed to keep private planes from driving through the main parking lot, so they used low-level rising bollards that only rise 18 inches, enough to stop a small car but not damage the lawn or allow access for aircraft maintenance vehicles.
Wait, I can’t forget about historic sites and cultural landmarks. This is one of my favorite uses for rising bollards, because it lets us balance two very important things: protecting our history and making it accessible to everyone. Think about the National Mall in Washington D.C., or the Colosseum in Rome, or a local historic downtown square. These places are fragile—stone walkways, ancient walls, irreplaceable artifacts—so you can’t have big trucks driving through and damaging them, but you also don’t want to block the public from visiting. Before rising bollards, many of these sites had permanent metal barriers that were ugly, blocked the view of historic structures, and made it hard for maintenance vehicles to get through. Now, we install low-profile rising bollards that look like decorative posts when they’re down, matching the stone or brick of the historic site, and only rise when they need to. For example, at Gettysburg National Military Park, we installed bollards along the battlefield roads, so during visitor hours, they’re down so tour buses can bring people to see the monuments, but at night, they rise to stop unauthorized cars from driving on the historic battlefields, which are fragile and can be damaged by heavy vehicles. A lot of historic sites also use bollards to protect statues and memorials, which are often targets of vandalism or protest-related incidents. The Lincoln Memorial in D.C. has bollards around the base, so a vehicle can’t get close enough to damage the memorial, but it doesn’t block the view for the thousands of visitors every year. It’s a win-win for preservation and public access.
Another area that’s grown a lot in the last five years: schools and educational institutions. K-12 schools and college campuses had a wake-up call after several violent incidents where vehicles were used to harm people. Before that, most schools only had basic perimeter fences, and during drop-off and pick-up, the parking lots were chaotic with cars driving through. Now, school districts across the country are installing rising bollards around the building perimeters, especially near playgrounds, entrances, and parking lots. For example, at an elementary school in Atlanta, the school had a problem with parents driving through the parking lot too fast, and almost hitting a group of kindergartners waiting for the bus. We installed bollards around the playground access road, so during school hours, they’re up to stop any unauthorized cars from driving near the playground, and only the school buses and maintenance vehicles have the code to lower them. Colleges have even more complex needs—they need to let delivery trucks, event buses, and faculty cars access campus, but keep strangers from driving through student housing or academic buildings. Adjustable-height bollards let schools set different levels: high for no-access zones, low for areas that can be accessed by authorized vehicles only. I worked with a large state university in Ohio last year, and they told us that since installing the bollards, there’s been zero unauthorized vehicles on campus after dark, and they’ve had a 75% drop in car-related accidents on campus roads.
I could go on, but here’s the thing: rising bollards aren’t just a security tool for high-risk areas. They’re flexible enough to adapt to almost any space that needs a balance between access and safety. Whether it’s a government building, a downtown plaza, a data center, a school, or a historic landmark, they solve problems that permanent barriers can’t—they don’t make you choose between security and convenience, between safety and accessibility.
If you’re working on a project where you’re trying to figure out how to control vehicle access without causing unnecessary disruption, I’d love to talk through your needs. As a rising bollard supplier, we don’t do one-size-fits-all solutions—we work with you to assess your site, figure out what level of security you need, and install a system that fits your budget and your unique requirements. No pushy sales calls, no generic packages, just a real solution to a real problem.
Rising Bollards References
- National Institute of Justice. (2021). Vehicle Attack Mitigation: Rising Bollard Design and Deployment Standards. U.S. Department of Justice.
- Transportation Research Board. (2020). Urban Access Control: Balancing Pedestrian Safety and Traffic Flow. National Academies Press.
- Historic Preservation League. (2019). Accessible Security Solutions for Cultural Landmarks. National Trust for Historic Preservation.
- National Center for Education Statistics. (2022). K-12 School Security Infrastructure Update. U.S. Department of Education.
- International Data Corporation. (2021). Physical Security for Critical Infrastructure: Bollard Deployment Trends. IDC Government Insights.
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