A fundamental part of modern warehouse safety

Warehouse bollards are a fundamental part of modern warehouse safety design, providing robust physical protection for people, buildings, equipment and stock. In busy environments with forklifts, pallet trucks, HGVs and vans moving constantly, a correctly specified and installed bollard system can be the difference between a minor incident and a major accident, structural failure or prolonged downtime.

Bollards for warehouse use are typically manufactured from heavy-gauge steel, often hot-dip galvanised to BS EN ISO 1461 for corrosion resistance, and may be finished in high-visibility powder coatings such as yellow with contrasting black bands or reflective striping to improve conspicuity in low-light conditions. Their primary function is to absorb or deflect low-speed impacts from vehicles and to act as a clear visual marker that defines the boundary between vehicle routes and protected areas

Typical applications inside the warehouse

Segregating pedestrian routes from vehicles

One of the most common applications for warehouse bollards is the physical separation of pedestrian walkways from forklift and pallet truck lanes. By installing lines of bolt-down bollards alongside marked walkways, facility managers can create a clearly defined “no-drive” zone, preventing vehicles from encroaching on foot traffic routes. This is especially important at crossing points, near time-clock or welfare areas, and around access doors where pedestrians may step out suddenly. Bollards in these locations are usually spaced to prevent vehicles passing through (for example 1.2–1.5 m centres) while still allowing free movement of people, trolleys and manual handling equipment.

Protecting racking, shelving and stock

Bollards are frequently installed at the ends of racking aisles, at the corners of rack runs and in front of particularly vulnerable rack uprights. Even at low impact speeds, a collision with a structural rack upright can cause significant damage and, in the worst case, local or progressive rack collapse. Dedicated “warehouse bollards” in these locations act as sacrificial impact points, absorbing the energy from a forklift or pallet truck before it reaches the racking steelwork. In many layouts, bollards are used together with low-level Armco or other steel barrier systems to create a continuous protection line around critical storage zones.

Machinery, conveyor and automation protection

As more warehouses deploy conveyors, sortation systems and automated equipment, impact protection around machinery becomes essential. Bollards are used to form protective “envelopes” around control panels, conveyor legs, transfer points, charging stations, shrink-wrapping machines and similar equipment. In these applications, bollards are normally set close to the machinery footprint but far enough away to allow safe maintenance access, often in conjunction with guardrails, mesh panels or removable barriers for service operations.

Guarding fire doors, emergency exits and escape routes

Warehouse layouts often position emergency exits and fire doors on external walls that open directly onto vehicle yards or traffic routes. Bollards placed externally in front of these doors prevent vehicles striking the door leaf, frame or exit staircases, and stop trailers or parked vehicles from blocking escape routes. Internally, bollards may be used to protect panic hardware, emergency exit corridors and fire equipment such as hose reels or extinguishers from accidental impact.

Applications in loading and external yard areas

Loading bays and dock levellers

In loading areas, bollards are commonly installed at the edges of dock levellers, at the ends of dock shelters and to each side of loading bay doors. Their role is to guide reversing HGVs and protect the building façade and bay structure from trailer swing or misalignment impacts. Heavy-duty dig-in bollards are often preferred in these locations because they can be embedded deeply in concrete to cope with repeated impacts from large vehicles and trailers.

Separating vehicle circulation routes from pedestrian access

Within service yards and around warehouse perimeters, bollards provide a robust interface between vehicle circulation routes and pedestrian entrances, staff walkways and visitor access paths. For example:

• In front of main staff entrances and reception doors to stop vehicles over-running paved areas.
• Along the edge of footpaths that run parallel to access roads.
• Around cycle shelters, smoking shelters and welfare cabins.

Here, bollards are often combined with kerbs, handrails or Armco barrier runs to provide both a visual and physical separation between people and vehicles.

Car parks and staff parking zones

Where warehouses include car parks for staff and visitors, bollards are used to protect building façades, glazed elevations and pedestrian routes adjacent to parking bays. Standard-height bollards (typically around 800–1,000 mm above ground) give good visibility to drivers while preventing vehicles from encroaching onto walkways or impacting curtain walling and cladding systems

Protecting warehouse buildings and structural elements

In front of warehouse buildings and glazed elevations

Modern distribution centres often feature large areas of curtain wall glazing, cladding and insulated panels at ground level. These are vulnerable to damage from cars, vans and material handling equipment operating close to the building line. Bollards positioned at calculated offsets from the façade provide a continuous protection line that will stop low-speed impacts before they reach the building envelope. This is particularly important where internal walls directly back on to offices, welfare facilities or fire escape routes.

Exposed building pillars and internal columns

Steel portal frame columns and internal concrete or steel support pillars are critical structural elements. A significant impact to a column base from a forklift or reach truck can compromise the frame’s stability and may require extensive structural assessment and repair. Bollards placed around exposed columns often three or four per column depending on the layout form a rigid impact zone. In some designs, circular or square bollard “rings” are used to fully encircle the column, sometimes connected by low-level rails or Armco beams to distribute impact forces.

Corners, roller shutters and door reveals

Warehouse corners, especially at the ends of buildings or around dock doors, are notorious impact hot spots. Bollards at these points protect the edge of the structure, prevent cladding and brickwork spalling, and preserve the integrity of door frames and roller shutter guides. They also help drivers judge turning radii in tight manoeuvring areas. A combination of high-visibility finishes, reflective bands and correct placement relative to the traffic path is vital to ensure drivers see and respect the protective line.

Additional warehouse scenarios where bollards are used

Beyond the obvious traffic and building protection roles, warehouse bollards are also widely used for:

• Protecting utilities and services – gas meters, fuel lines, sprinkler risers, electrical switchgear, sub-stations, EV chargers and external plant (e.g. condensers or chillers) are commonly enclosed by bollard arrays to prevent vehicle strike.
• Securing restricted zones – bollards can delineate and physically secure high-value storage areas, chemical stores, dangerous goods zones or automated system enclosures, often used together with access-controlled gates or removable bollards.
• Supporting one-way systems and traffic management – strategic placement of bollards prevents short-cutting, wrong-way driving and unsafe turning movements, helping to enforce the intended traffic plan.
• Protecting mezzanine support legs and staircases – where mezzanine floors are installed within warehouses, their supporting columns and stair access points are protected by bollards to prevent impact from forklifts operating beneath the platform.

These applications often combine permanent fixed bollards with removable or lockable variants to provide flexibility where occasional vehicle access is required for maintenance or reconfiguration.