Hey there! Welcome to my little corner of the blog—today we’re diving into something I get asked about all the time here at the bollard shop: what are the different types of rising bollards, and which one actually makes sense for your space? I’ve been supplying rising bollards for about 8 years now, so I’ve seen ’em all—from a tiny café’s back entrance to a government facility that needed next-level security. No jargon, promise—just real talk about what works, what doesn’t, and which one you should grab for your project. Rising Bollards
First off, let’s cut to the chase: rising bollards aren’t just those big metal posts that pop up out of the ground to block cars. They’re a mix of functional, security-focused, and even aesthetic picks—depending on what you need ’em for. I’ve broken down the main types I sell, and why each matters.
Let’s start with the most common one you’ll see in downtown areas: Hydraulic Rising Bollards. You’ve definitely seen these—they’re the ones that glide up smooth as butter, no clunky noises, and go back down just quick enough if you need to let an emergency vehicle through. Here’s how they work: there’s a hydraulic pump hidden in the base of the post that pushes fluid to raise or lower it. Why are they so popular? They’re durable—most are made of galvanized steel that can handle a 15,000 lb truck plowing into ’em (don’t ask how I know that, but trust me, they hold up). The best part? You can set ’em on a timer or control them with a key fob, so during business hours they’re down to let foot traffic flow, and at night they rise to block unauthorized cars from driving on your sidewalk or plaza. I recently installed a set of these for a small shopping district downtown—the shop owners loved that they didn’t have to station someone out front every evening to put up barriers. The only tiny downside? They do need a power source, so if you’re putting ’em in a spot with no easy access to electricity, you might need a generator or solar-powered version (more on that later).
Next up: Electro-Mechanical Rising Bollards. These are the underrated workhorses that are perfect for smaller spaces where you don’t need 20-ton security. Instead of hydraulics, they use an electric motor and a gear system to raise and lower. I started selling these about 5 years ago, and they’ve become a go-to for cafes, apartment complexes, and even school drop-off zones. Why? They’re way easier to install than hydraulic ones—no need to dig a big trench for the pump or fluid lines, which cuts down on construction time and cost. They’re also quieter, which is a big win if you’re putting them near a residential street where people don’t want to be woken up by clanking metal at 6 a.m. Oh, and they’re more low-maintenance—no hydraulic fluid to top off every year, just check the motor and gears once a season. The only catch? They don’t hold up as well as hydraulic ones if a heavy truck slams into them. So if you’re securing a government building or a warehouse, skip these—save them for places where the main risk is regular cars, not big rigs. I recently did a set for a neighborhood library’s back parking area—they use fobs for library staff to get in, and they stay down during the day so parents can pull up to drop off kids. Works like a charm.
Now, let’s talk about Solar-Powered Rising Bollards. This is the type I’m seeing more and more of as people get tired of running power lines in weird spots. These use small solar panels on top of the bollard to charge a battery, which powers the motor (or hydraulic system, depending on the model). I sold my first set of these last year to a community garden that had no access to electricity—they needed to block cars from driving over their raised garden beds, but didn’t want to pay to install power. They’ve been running perfectly for 10 months now, even through rainy Seattle winters where the sun is scarce. The big thing to note here is that you have to pick the right size for your solar needs—if you’re in a super cloudy area, go for a model with a bigger panel and a larger battery. Also, they’re a little pricier upfront, but you save tons on electricity and installation costs long-term. One small downside: if the battery dies completely, you have to manually lower the bollard (most models have a manual override key), so you just need to make sure you check the battery every few months.
Then there’s the Heavy-Duty Security Rising Bollards—these are the ones for places where you need to stop a truck, not just a sedan. Think airports, government facilities, embassies, or even big concert venues. These aren’t your average bollards—they’re tested to meet anti-terrorism standards, like ASTM F2656, which means they can stop a 15,000 lb truck going 50 mph. How do they work? Most are hydraulic, but with reinforced steel, thicker walls, and a stronger pump that can lift the bollard in under 2 seconds (way faster than regular hydraulic ones). I was part of a project last year for a downtown office tower that’s in a high-traffic area—they needed to make sure no one could drive a car bomb up to the entrance. The heavy-duty ones are built to take that kind of impact, so they don’t bend or break, which is non-negotiable for these spots. The only thing? They require professional installation because you have to dig a deeper trench and reinforce the ground around them, so it’s not a DIY job. But if security is your top priority, this is the type you need.
Wait, I can’t forget Manual Rising Bollards. These are the budget option that’s perfect for small, low-traffic spots where you don’t need automatic control. They’re basically a metal post that you lift up with a crank or a key, and lock into place. I sell these all the time for small businesses, like a corner bakery that wants to block their delivery area from cars during peak hours, or a private driveway where the homeowner doesn’t need to open it with a fob. They’re super easy to install—just dig a hole, set the post, and fill it with concrete. No power, no motors, no hydraulics. The downside? They’re a bit of a hassle if you need to open and close them often. If you have deliveries coming every day, cranking a heavy post up 20 times a day gets old fast. But for a spot where you only need to use them a few times a week, they’re cheap and totally functional. I put a set of these in for a small art gallery last month—they use them on the street side to block cars from parking in front of the entrance during shows, and it works perfectly.
Also, there are a couple of specialty types that I get asked about occasionally, like Low-Profile Rising Bollards. These are the ones that stay almost level with the ground when down, so they don’t get in the way of foot traffic, bike lanes, or even lawn mowers. They’re great for parks, sidewalks, or event spaces where you don’t want a big lip sticking up that people could trip over. Most are hydraulic or electro-mechanical, and they rise to about 3 feet when activated. I used these for a city park’s event plaza last summer—they could keep cars off the grass during the week, and when it was time for a concert, they’d stay down so people could walk around easily.
Another specialty one is Removable Rising Bollards. Wait, actually, some people group these with manual ones, but they’re a little different—these are designed to be taken completely out of the ground, not just lowered. They’re great for spots where you might need occasional vehicle access, like a loading dock or a temporary event space. You use a key to unlock them, pull ’em out of the ground, and store them somewhere safe. The downside is they’re easy to steal if you don’t lock them up, so I usually suggest adding a storage box if you’re using them in a public spot.
Now, let’s be real—when I’m talking to a customer, I don’t just ramble about types. I ask a few key questions to point them to the right one: How often do you need to raise/lower them? Do you need security for heavy vehicles? Is there easy access to power? What’s your budget? For example, if someone runs a small café with no security needs, the electro-mechanical or manual ones are perfect. If they’re a big warehouse in a high-security area, it’s heavy-duty hydraulic. If they’re putting it in a remote park with no power, solar is the way to go.
I’ve had a few mistakes over the years—like selling a set of regular hydraulic bollards to a guy who wanted them for his backyard driveway, and he ended up paying way more than he needed. Or a solar one that didn’t have a big enough battery for a customer in Minnesota, so it died during a cloudy week. That’s why I always make sure to walk through exactly what they need before they buy—no hard sells, just honest advice.
If you’re in the market for rising bollards, here’s my pro tip: don’t just go for the cheapest one. Look at what the main use case is, how much maintenance you’re willing to do, and if you need any extra features like emergency access overrides or timer settings. All the types I sell are tested, durable, and come with a warranty, so you don’t have to worry about them breaking down after a year.
If you have any questions, or want to chat about which type is right for your project, feel free to reach out. I’m always happy to help—whether you need a single bollard for your small business or a whole set for a large commercial space. Let’s work together to find something that works for you.
LPR Integrated Barrier References:
- ASTM International. (2021). Standard Specification for Vehicle Restraint Systems Used for Physical Security. ASTM F2656-21.
- National Highway Traffic Safety Administration. (2020). Vehicle Barriers and Countermeasures for Access Control. NHTSA Technical Report DOT HS 812 874.
- International Code Council. (2022). International Building Code (IBC) Chapter 10: Means of Egress.
Shenzhen Pvizeye Technology Co., Ltd.
As one of the most professional rising bollards manufacturers and suppliers in China, we also support customized service. We warmly welcome you to wholesale cheap rising bollards in stock here from our factory. If you have any enquiry about free sample, please feel free to email us.
Address: Building J, No.78 Zhangge Road, Zhangge Community, Fucheng Subdistrict, Longhua District, Shenzhen City, Guangdong, China
E-mail: info@pvipark.com
WebSite: https://www.pvipark.com/
