Concrete Bollards & Protective Equipment Bases in Gaithersburg, MD

A concrete bollard is a protective post — usually steel pipe filled with concrete or set in a concrete base — installed to keep vehicles from hitting something they should not. In Gaithersburg and across Montgomery County, bollards protect equipment, utilities, building corners, dumpster areas, loading areas, storefronts, service areas, and the vehicle-control points on commercial properties.

What a bollard is built for shapes how it is built. A post that stops a slow parking-lot car from reaching a generator is one thing; a post guarding a building corner where delivery trucks back in is another. The post size, the footing depth, the placement, and the surrounding slab all reflect what the bollard is protecting and the vehicle exposure it faces.

This page focuses on standard protective concrete bollard and base applications — the posts and footings used for general equipment and property protection. We do not claim to provide crash-rated, anti-ram, or security-certified bollard systems unless that specialized scope is verified and agreed.

Bollards are used wherever a piece of equipment, a structure, or a pedestrian area needs a physical barrier against vehicle contact. The application drives the design.

Common Protective Bollard Locations

• Generators and standby equipment that sit within vehicle reach
• Utility equipment and meters near driveways or parking areas
• HVAC and mechanical equipment adjacent to traffic or loading areas
• Loading docks where trailers need guidance or protection
• Dumpster enclosures where the container or walls need protection
• Warehouse doors and overhead doors within vehicle paths
• Service areas where equipment or structures sit near traffic
• Parking structures and the columns, walls, and equipment within them
• Commercial entrances where storefronts or entries face traffic

Not all bollards are vehicle-impact rated, and not every bollard needs to be. A bollard used for general equipment or property protection is a physical deterrent against accidental contact, not a security-rated barrier. Where a true crash-rated or anti-ram system is required, that is a specialized application with its own engineering and testing — we do not imply that standard protective bollards meet those ratings.

A bollard base is a small but load-specific concrete pour. The post, the footing, and the surrounding slab are planned together so the bollard sits where it does the most good and the concrete around it holds up.

1. 1Site layout — mark the post locations and the clearance they need.
2. 2Equipment-clearance review — confirm the bollards protect without blocking access.
3. 3Post location — set the posts to the layout and the protection needed.
4. 4Excavation — dig the footing to the depth the application requires.
5. 5Footing and base preparation — prepare the hole for the concrete pour.
6. 6Bollard and post placement — set the pipe or post in the footing.
7. 7Reinforcement where required — add reinforcement suited to the post and load.
8. 8Concrete placement — pour the concrete around the post and into the footing.
9. 9Alignment — check that the post is plumb and placed correctly.
10. 10Curing — allow the concrete to gain strength before the post sees load.
11. 11Surrounding slab repair — patch or replace the concrete around the base where needed.

We do not prescribe one universal depth or diameter. The footing depth and post size for a bollard depend on the intended protection, the vehicle exposure, the equipment clearance, and the site conditions — a post guarding a generator in a low-traffic area is not built the same as one protecting a loading dock corner.