Petrol station bollards are a forecourt planning issue because the site combines many vehicle movements in a small area. Drivers are looking for pump numbers, price boards, parking bays, the store entrance and exit lanes while other vehicles move around them.
A service station forecourt has a different risk pattern from a warehouse or shopfront. The impact risk usually comes from low-speed turning, reversing, queueing and distracted movement near vulnerable equipment.
At a busy Melbourne service station, a driver may cut across the forecourt to reach the convenience store, turn around to access a pump on the other side, or reverse near air and water equipment. The exposed point may be a cabinet, store window, sign, payment unit or pedestrian edge.
Adding posts without a plan can create access problems. A bollard line can narrow a tanker path, create trip hazards around a store entry or make maintenance harder. The better starting point is a site drawing or walkthrough that maps vehicle sweep paths, pedestrian routes and the assets that need protection.
Safety bollard installation at a petrol station should start with the points most exposed to vehicle movement. The table below shows common forecourt locations and the type of bollard approach that may suit each area.
| Site area | What needs protection | Suitable bollard approach | Installation note |
|---|---|---|---|
| Fuel dispensers and pump islands | Dispensers, hoses, pump controls and island edges | Fixed or permanent steel bollards | Protect the dispenser without blocking normal refuelling movements. |
| Convenience store frontage | Glazing, doors, pedestrians and entry points | Surface mounted or fixed bollards | Maintain accessible entry paths and clear sight lines. |
| LPG cage or gas bottle storage | Cylinder cage, exchange point or exposed LPG storage | Fixed bollards or barriers where vehicle impact risk exists | Check AS/NZS 1596 and dangerous goods advice before final placement. |
| Air and water bays | Machines, hose reels and payment equipment | Surface mounted or fixed bollards near swing points | Keep the bay usable for normal customer access. |
| Car wash entries and exits | Pay stations, corners, roller doors and equipment housings | Visible bollards near exposed corners and equipment | Avoid blocking queueing, turning and exit paths. |
| Electrical and communications cabinets | Switchboards, data cabinets and control boxes | Asset-protection bollards | Scan for services before drilling or core work. |
| Tanker delivery and maintenance access | Periodic vehicle access to service or delivery zones | Keyed removable bollards | Set clear key control and operating responsibility. |
The table is a planning guide only. The right layout depends on the site plan, slab condition, fuel equipment, customer movement and access requirements. A small suburban site may need fewer bollards in carefully selected places. A larger multi-pump service station may need separate protection zones around the pumps, store frontage, car wash, air bay and service access.
In many Melbourne apartment buildings, the risk points are everyday places: the corner that delivery vans clip, the column beside a narrow ramp, the cabinet beside the roller door, or the visitor bay that keeps becoming a turning space. Small repeat impacts can still leave committees dealing with repair costs, resident complaints and preventable access disruptions.
Fuel dispenser bollards sit within a more regulated environment than ordinary car park bollards. Petrol, diesel and LPG sites can involve dangerous goods, fire-safety controls, access requirements, hazardous areas and site-specific operating procedures.
AS 1940:2017 is the Australian Standard for storage and handling of flammable and combustible liquids. AS/NZS 1596:2014 covers the storage and handling of LP Gas. In Victoria, the Dangerous Goods (Storage and Handling) Regulations 2022 set duties for dangerous goods storage and handling. WorkSafe Victoria guidance also says occupiers must identify hazards, assess risks if needed, and put risk controls in place.
Those rules leave the final compliance position with the people responsible for the site. A bollard installer can advise on placement, mounting method, product type, visibility and site practicality. The fuel-system contractor, dangerous goods consultant, building surveyor, owner, operator or other duty holder should confirm any issue involving separation distances, hazardous zones, tanker access, emergency access or fuel equipment.
Impact protection is commonly used around vulnerable fuel-site infrastructure where vehicle damage is a foreseeable risk. The exact position should be checked against site drawings and the people responsible for fuel-system design. This matters around LPG cages, cylinder exchange areas, bowsers, underground services and emergency equipment.
Bollards work best when the traffic flow already makes sense. If customers regularly cross travel paths or reverse into pedestrian areas, the site may also need line marking, kerbing, wheel stops, signage or access changes.
Service station bollards should match the access pattern around the asset being protected. A pump island may need a permanent barrier. A tanker access path may need a removable bollard that can be opened by authorised staff.
| Bollard type | Best use on a petrol station | When to avoid it | First Choice product fit |
|---|---|---|---|
| Fixed or permanent bollards | Pump islands, exposed storefronts and infrastructure that needs constant protection. | Avoid where tankers, contractors or service vehicles need regular access. | Commercial range includes permanent bollards, plus 90 mm, 114 mm and custom sizes. |
| Surface mounted bollards | Existing concrete slabs, store frontage, pedestrian edges and lower-speed impact points. | Avoid where slab strength, fixing depth or concrete condition is uncertain. | Commercial range includes surface mounted options and reflective bands. |
| Keyed removable bollards | Tanker access, service lanes, delivery paths and controlled after-hours access. | Avoid locations where customers would need to remove or replace the bollards. | Removable range includes 5 mm and 10 mm thick options, keyed operation and flush cover plates. |
| Custom bollards | Tight sites, unusual tile or concrete conditions, branded finishes and non-standard spacing. | Avoid custom work when a standard product and layout already fit the site. | Commercial page lists custom sizes, tile installation and corrosion protection. |
First Choice Bollards offers commercial removable, permanent and surface mounted bollards, with 90 mm, 114 mm and custom sizes listed across its commercial range. Its removable bollards include 5 mm and 10 mm thick options, Australian 350 grade steel, 880 mm above-ground height, keyed operation and a flush-mounted cover plate. Those details matter on service station sites where visibility, corrosion protection, access control and trip risk all affect the installation.
Installing safety bollards on a live service station forecourt is more complex than placing posts in an empty car park. The installer needs to work around customer access, trade patterns, fuel infrastructure and the condition of the existing surface.
Exact spacing, depth and fixing choices should be confirmed against the site and First Choice installation practice. General rules are useful at the planning stage, but a fuel forecourt is the wrong place to assume every slab and vehicle path is the same.
A site walkthrough is usually the safest starting point when the bollards are protecting more than a simple driveway or parking bay. Petrol stations have enough moving parts that a drawing alone may miss practical access issues.
First Choice Bollards can inspect petrol stations and service station sites across Melbourne and Geelong, identify the high-risk impact points, and recommend fixed, surface mounted or removable commercial bollards to suit the site.
