Safety bollards for schools and childcare

If you've stood at a school gate at 3.15pm, you'll recognise the pattern. Cars queuing at the kerb. Parents reversing. Kids streaming out with backpacks swinging. Staff on duty trying to keep the pedestrian path separate from the vehicle zone. Most primary schools and early learning centres (ELCs) manage this with a mix of line-marking, signage, and people. Where the mix leaves a gap, safety bollards are often the fix. 

First Choice Bollards manufactures steel bollards for schools, kindergartens, and ELCs across Melbourne and Geelong, with factory and showroom sites in Sunshine North and North Geelong. This article covers where bollards most often go on an education site, what specifications suit the environment, and the compliance points that principals, business managers, and ELC owner-operators should know before signing off on a scope. 

Where safety bollards go on an education site

Most school and ELC bollard work falls into three scenarios. Each has different specifications and a different compliance lens. 

The pickup and drop-off zone is the busiest part of the school day. Kiss-and-drop lanes, kerb-side queues, and the stretch of path between the carpark and the school gate all carry heavy pedestrian traffic at the same moments drivers are distracted. Bollards here separate the path of travel from vehicle movement. 

The carpark-to-playground boundary is where staff and visitor vehicles meet the outdoor learning space. Bollards at this boundary catch two scenarios: a vehicle leaving its parking bay and mounting the kerb, and children wandering from the playground into the carpark. An ELC licensed for children preschool age or under has separate fencing obligations under the National Quality Framework that bollards alone don't satisfy. 

The front-of-building zone is the public-street frontage. For an inner-metro primary school on a main road, or an ELC on a busy commercial strip, this is where deliberate or accidental vehicle intrusion is a live risk. Bollards here are usually a larger diameter than the drop-off zone. 

ScenarioTypical bollard typeTypical specificationMain compliance consideration
Pickup and drop-offPermanent or surface-mount900mm high, 90 to 114mm diameter, 1.2m spacingAccessible path of travel on the accessway
Carpark to playgroundPermanent in-ground900mm high, 114mm diameter, 1.2 to 1.5m spacingNQS Quality Area 3 (ELCs) / Child Safe Standard 9 (schools)
Front-of-buildingPermanent in-ground1000mm high, 140mm+ diameter, tight spacingBQSH (government schools) / site-specific risk assessment

Safety bollard specifications suited to education settings

Standard commercial bollards aren't always the right fit for a school or ELC site. The details that matter are different. 

  • Height: 900 to 1000mm above ground level is the standard range. Shorter bollards let children climb onto them, which is a recurring complaint that drives removal and replacement. Taller than about 1100mm doesn't usually earn its keep in this environment.
  • Spacing: 1.2m minimum between bollards. This lets prams, wheelchairs, and mobility aids pass while stopping cars. On an education site, accessibility spacing is almost always the binding constraint, not the vehicle-blocking spacing.
  • Finish:Capped tops, smooth edges, no exposed bolts or sharp welds. Anything that can scratch skin, pinch clothing, or catch a child's hand is a problem around children.
  • Colour: High-vis yellow is the standard for visibility on a drop-off zone. First Choice also powder-coats bollards in school-branded colours for independent schools and ELCs that want the site to match their visual identity. Powder coating is a baked-on colour finish that resists scratches and weathering.
  • Material: All First Choice bollards use 100% Australian-made 5mm steel pipe, galvanised where specified. The 5mm wall thickness is heavier than many off-the-shelf imports, which matters when a reversing car or delivery van contacts the bollard.

Compliance touchpoints for schools and ELCs

Different regulations apply depending on whether the site is a government school, a private or independent school, or a registered early learning service. Compliance is site-specific and is usually coordinated by the school's building surveyor, the project architect, or the service's approved provider. The overview below names the main documents so you know what your advisors are working from. 

  • Building Quality Standards Handbook (BQSH). Published by the Victorian School Building Authority (VSBA), the BQSH sets the minimum mandatory and recommended quality criteria for Victorian government school building projects. The 2025 edition was updated in January 2026. Private and independent schools aren't bound by the BQSH directly, but their building surveyors often use it as a reference point.
  • National Quality Standard (NQS), Quality Area 3. The NQS is the national quality framework for early learning services, administered by the Australian Children's Education and Care Quality Authority (ACECQA). Quality Area 3 covers the physical environment. Element 3.1.1 requires outdoor and indoor spaces, buildings, fixtures, and fittings to be suitable for their purpose, including supporting access for every child. Element 3.1.2 requires premises to be safe, clean, and well maintained. An ELC's bollard work feeds into the assessment and rating documentation under this Quality Area.
  • Disability (Access to Premises – Buildings) Standards 2010.Commonly called the Premises Standards, this Commonwealth instrument is triggered by a building approval application and applies to new buildings and upgrades. It references Australian Standard AS 1428.1 for accessible paths of travel. On a school or ELC site, bollard spacing and positioning has to leave a continuous accessible path of travel on any pedestrian accessway.
  • AS 2890.6.The Australian Standard for off-street parking for people with disabilities. Where a school or ELC has accessible parking bays, the bollards in or next to those bays have their own dimensional and contrast-banding requirements. The current published version is AS 2890.6:2022, though older editions are still referenced under the National Construction Code in some contexts. Your building surveyor can confirm which version applies to your specific scope.
  • Child Safe Standard 9. Standard 9 of the Victorian Child Safe Standards (introduced in 2022 under Ministerial Order 1359) covers physical and online environments. It doesn't prescribe bollards, but it's the broader duty framework under which a school's site supervision and physical environment risk assessments sit. An upgrade to a drop-off or carpark boundary should be documented in the school's risk assessment.

Installation timing around the school calendar

Most school and ELC installation work is scheduled around term breaks. Site access is easier, children aren't on-site, and there's less disruption to drop-off routines. 

Victorian term breaks run in January (summer), the Easter break after Term 1, the mid-year break across June and July, and the Term 3 break in September. Summer is the longest window and the busiest for contractors. Plan six to eight weeks ahead for a mid-year install. Allow longer if the work is scheduled for the summer break, because demand is highest in that window. 

On outer growth-corridor sites like Truganina, where new school buildings come online alongside modular classroom expansions, it's worth coordinating bollard work with the civil contractor rather than booking it separately. One mobilisation, one site access arrangement, less disruption. 

For ELCs, ACECQA assessment and rating cycles are sometimes the driver. A service preparing for re-assessment may want physical environment work completed before the visit so the upgraded environment is what the assessor sees. 

First Choice Bollards manufactures and installs from two sites: Sunshine North in Melbourne's west and North Geelong. Proximity to the manufacturing base shortens the lead time, which matters on education jobs where delivery and install windows are often tight. For a Geelong ELC or a western-suburbs primary school, running the job out of the nearer factory usually brings forward the earliest available start date.

Start with a site walk

The most useful first step is a site walk with your drawings in hand. Pickup and drop-off is a different conversation from perimeter protection, and they're often best scoped separately. The drop-off zone is about pedestrian separation and accessible path compliance. The perimeter is about impact protection and site risk. 

First Choice has installed bollards at primary schools, secondary campuses, and ELCs across Melbourne and Geelong, including inner-metro sites with heavy street frontages and growth-corridor sites with new-build civil works. An experienced bollard supplier can usually tell you within the walk which scope is urgent, which can wait, and what specifications suit your environment. 

This article is general advice. A site-specific risk assessment, involving your building surveyor or project architect, is what governs the scope on any given school. To book a site walk with First Choice Bollards, call the team or request a quote through the website. 

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Standard Products, Residential Results

Every application above uses standard, off-the-shelf bollard products. Residential jobs rarely need custom engineering. The difference between a bollard that works and one that creates a new problem is placement, spacing and choosing the right mounting method for the surface. 

First Choice Bollards stocks removable, fold-down, fixed and lockable bollards suited to every residential application covered in this guide. Each product page includes dimensions, fixing details and surface compatibility so homeowners and property managers can match the bollard to the job before ordering. 

Frequently Asked Questions

Driveways, garage entrances, private parking bays and shared access ways are the most common residential bollard locations. Removable or lockable models suit homes where vehicle access needs change throughout the day. 

Yes, but placement needs to account for all users. Bollards on shared driveways typically mark property boundaries or prevent encroachment while keeping the access path clear for every resident. 

Fixed surface-mount bollards work well for protecting garage walls and door frames. Where vehicles need to pass close to the bollard, a shorter or folding model reduces the risk of contact while still guiding alignment. 

Rules vary by council and state. Bollards on private property generally do not require approval, but installations near public footpaths, nature strips or shared boundaries may need a permit. Check with your local council before starting work. 

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