Playground FAQ

Primary schools benefit most from multi-activity play systems that combine climbing structures, slides, monkey bars, balance beams and social play spaces. Equipment should cater to ages 5–12, encouraging both physical challenge and imaginative play. Look for modular systems that allow future expansion as school populations grow and budgets allow. Kidzspace designs school playgrounds to meet AS 4685 standards while maximising play value per square metre.

Toddlers aged 6 months to 3 years thrive on low-to-ground equipment with generous fall zone surfacing, including small climbers, spring riders, sensory panels, sandpits and low slides with enclosed sides. Equipment must have no entrapment hazards — gaps between 89–230mm are a strangulation risk and must be avoided. Australian Standard AS 4685.6 covers equipment specifically designed for children under 3. All Kidzspace toddler equipment is selected with these age-specific hazard guidelines in mind.

A play system (or composite unit) is a single interconnected structure with multiple play activities — climbing, sliding, bridging and more — built onto one frame, sharing a common fall zone. Freestanding equipment refers to individual items like swings, springers or standalone slides, each with its own independent footprint and fall zone requirement. Play systems generally offer better value per activity and suit schools or parks where space optimisation is a priority. Freestanding items are ideal for supplementing existing playgrounds or filling smaller spaces.

Quality commercial playground equipment manufactured from powder-coated steel, high-density polyethylene (HDPE) and stainless steel components typically lasts 15–25 years with appropriate maintenance. Timber components have a shorter lifespan and may require replacement every 10–15 years depending on species and treatment. Regular inspections and timely replacement of worn parts significantly extend overall equipment life. Kidzspace equipment is built to commercial grade standards for maximum longevity in Australian conditions.

Absolutely — custom theming is one of the most effective ways to create a memorable play space that reflects your school’s culture, local environment or community identity. Kidzspace offers nature-inspired themes, nautical designs, Indigenous cultural elements, space exploration concepts and custom colour schemes. Themed panels, custom signage, shaped climbers and character rooftops can all be incorporated into a design. Our design team will work with your community to develop a concept that excites children and fits your budget.

Commercial playground equipment is manufactured from a combination of materials chosen for durability, safety and weather resistance. Structural posts are typically galvanised or powder-coated steel; decks, panels and slides use UV-stabilised high-density polyethylene (HDPE); fasteners are stainless steel to resist corrosion. Some installations incorporate treated hardwood or bamboo composites for natural aesthetics. All materials used by Kidzspace are assessed for compliance with Australian Standards and suitability for the harsh Australian climate.

Australia’s playground safety framework is governed by two primary standards: AS 4685 (Playground Equipment and Surfacing) and AS 4422 (Playground Surfacing — Specifications, Requirements and Test Methods). AS 4685 is a multi-part standard covering equipment design, installation, and inspection for various age groups and equipment types. AS 4422 specifies how soft fall surfacing must perform under impact. These standards are referenced by state education, local government and insurance bodies as the benchmark for safe playground design in Australia.

AS 4685 is the Australian and New Zealand Standard for Playground Equipment and Surfacing, based on the European EN 1176 standard. It is published in multiple parts: Part 1 covers general safety requirements; Parts 2–7 cover specific equipment types such as swings, slides, carousels, rocking equipment and aerial ropeways; Part 11 covers spatial requirements (fall zones). The standard defines critical fall height, fall zone dimensions, entrapment hazards, protrusion and entanglement risks, and age-group appropriateness. Compliance with AS 4685 is essential for any commercially installed playground in Australia.

A fall zone is the area surrounding playground equipment where a child might land if they fall, trip or jump off — and where impact-attenuating surfacing must be provided. Under AS 4685.11, the minimum fall zone extends 1.5 metres beyond the outermost point of equipment for equipment up to 1.5m fall height, and increases for taller structures. For swings, the fall zone extends twice the height of the swing pivot point in front of and behind the seat. Overlapping fall zones between pieces of equipment must be managed carefully to ensure continuous soft fall coverage.

Free height of fall (FHOF) is the maximum height from which a child could fall to the ground from any part of a piece of playground equipment. It is measured from the highest accessible platform, handhold or foothold to the surface beneath. Free height of fall determines the minimum depth and type of soft fall surfacing required — greater fall heights demand deeper or higher-performing surfacing. Under AS 4685, equipment in early childhood settings is often limited to lower FHOF values than school-age equipment.

Playground safety responsibility rests with the facility owner or operator — in schools this is typically the principal or school council; in childcare centres it is the approved provider. Owners have a duty of care under relevant state Work Health and Safety legislation and education/care regulations to ensure equipment is safe and compliant. This includes conducting regular inspections, maintaining soft fall to adequate depth, and acting promptly on identified hazards. Engaging a qualified playground inspector for periodic formal inspections is a key way to document and discharge this duty of care.

Building permit requirements for playground equipment vary by state, territory and local council. In many jurisdictions, playground structures under a certain height or footprint area are exempt from a building permit, but development approval or planning consent may still be required, particularly in public parks or heritage-listed areas. Schools typically need to notify their facilities management or state education authority. Kidzspace guides clients through the relevant approvals process as part of every project to ensure compliance before installation begins.

Soft fall surfacing is impact-attenuating material installed beneath and around playground equipment to reduce the risk of serious head injury if a child falls. It is a mandatory requirement under AS 4685 wherever equipment has a free height of fall greater than 600mm. Soft fall materials include loose-fill options like rubber chip, engineered wood fibre (EWF) and sand, as well as fixed surfaces such as rubber tiles, wet-pour rubber and synthetic turf with an underlay pad. The surface must be tested to meet the Head Injury Criterion (HIC) requirements of AS 4422 at the nominated critical fall height.

Required soft fall depth depends on the material type and the critical fall height of the equipment above it. As a general guide, rubber chip or loose fill requires a minimum compacted depth of 300mm for fall heights up to 1.5m, increasing to 400mm+ for taller equipment. Rubber tiles and wet-pour surfaces have a specified thickness determined by impact testing rather than depth. It is critical that loose-fill surfaces are regularly topped up and raked level, as displacement from heavy use can quickly reduce effective depth below the required level.

The main soft fall surface types used in Australian playgrounds include: Rubber chip — recycled rubber pieces, durable and low-maintenance; Engineered wood fibre (EWF) — natural aesthetic, accessible for wheelchairs when compacted; Sand — popular for early childhood, requires regular raking and contamination management; Rubber tiles — durable, consistent performance, easy to inspect; Wet-pour rubber — seamless, accessible, customisable colours; Synthetic turf with shock pad — natural look, dual-use surface. Each has different cost, maintenance, and accessibility characteristics that should be matched to the specific site needs.

Yes — synthetic turf installed over an appropriate shock-absorbing underlay pad can be used as soft fall, provided the system has been tested to AS 4422 and achieves an acceptable HIC score at the required critical fall height. Not all synthetic turf products qualify on their own; the combined system of turf and pad must be impact-tested together. Synthetic turf is increasingly popular in school playgrounds because it provides a consistent, accessible, all-weather surface that doubles as an activity area. Kidzspace can specify compliant synthetic turf systems as part of a full playground installation.

AS 4422 is the Australian Standard for Playground Surfacing — it specifies the performance, installation and testing requirements for all surfaces used beneath playground equipment. The standard requires surfaces to achieve a Head Injury Criterion (HIC) score of 1000 or less when tested with a drop-hammer test at the nominated critical fall height. It also covers minimum fall zone dimensions, surface maintenance obligations, and how deterioration affects performance over time. All soft fall surfaces specified by Kidzspace are selected for compliance with AS 4422 at the relevant fall heights.

The lifespan of soft fall surfacing varies by material and use intensity. Loose-fill materials like rubber chip and engineered wood fibre need regular top-up (typically annually) due to displacement and compaction, and full replacement every 5–10 years. Sand requires more frequent maintenance and is prone to contamination. Fixed surfaces like rubber tiles and wet-pour rubber can last 10–15 years with proper maintenance, though UV exposure and heavy use will gradually degrade their impact performance. Annual inspection by a qualified inspector is recommended to confirm surfacing still meets the HIC requirements of AS 4422.

Impact attenuation refers to a surface’s ability to absorb and reduce the force transmitted to a child’s head during a fall. A surface with high impact attenuation will slow the deceleration of a falling object, spreading the impact over a longer time and reducing peak force. This is the fundamental mechanism by which soft fall surfacing reduces the severity of head injuries from falls. Impact attenuation is quantified using the Head Injury Criterion (HIC) and the Gmax measure, both derived from accelerometer data recorded during standardised drop tests.

HIC stands for Head Injury Criterion — a numerical measure of the potential for head injury derived from the acceleration-time history of an impact. It was originally developed for automotive safety and has been adapted for playground surfacing assessment. The HIC score is calculated by integrating the acceleration data from a standardised drop-hammer test over the most critical time interval. A lower HIC score indicates better impact absorption and a lower risk of serious head injury. All playground surfacing in Australia must be tested using the HIC methodology described in AS 4422.

Under AS 4422, playground surfacing must achieve a HIC score of 1000 or less when tested at the critical fall height of the equipment it serves. A HIC of 1000 is considered the threshold above which there is a significant probability of life-threatening head injury. Many manufacturers test to a lower HIC value (e.g. 700) to provide a safety margin, particularly for surfaces that may degrade over time. When conducting annual inspections, in-situ drop testing can confirm that in-service surfaces still meet the HIC 1000 or less requirement at the installed depth.

Critical fall height (CFH) is the maximum height from which a given surface provides adequate impact protection — i.e. the height at which the surface achieves a HIC of exactly 1000 in standardised testing. It is determined through incremental drop testing at increasing heights until the HIC threshold is reached. The CFH of a surfacing product must equal or exceed the free height of fall of the equipment installed above it. For example, if a climbing structure has a free height of fall of 2.0m, the soft fall surfacing beneath it must have a CFH of at least 2.0m.

Critical fall height is determined by a standardised drop test as described in AS 4422 and ISO 9239. A hemispherical missile of known mass and shape — fitted with a triaxial accelerometer — is dropped onto the surface from incremental heights. The accelerometer records the deceleration profile, from which the HIC score is calculated. Testing continues at increasing heights until the HIC exceeds 1000; the last height at which HIC is 1000 or less is the critical fall height. Both laboratory testing (for product certification) and in-situ field testing (for installed surface verification) use this same methodology.

Planning a school playground starts with a needs assessment — understanding your student population (ages, abilities, numbers), available space, budget, and any site constraints such as drainage, shading or access. Engaging the school community (students, parents, teachers) in consultation creates buy-in and generates ideas. A professional playground supplier like Kidzspace can then provide concept designs, equipment specifications and surfacing options tailored to your brief. Allow time for any required approvals, and plan for staged installation if budget is limited — a good design can be built in phases over several years.

Playground costs vary widely depending on size, complexity, equipment specifications and site conditions. A small toddler play area may start from $15,000–$30,000 installed; a medium school playground with a composite play system and soft fall typically costs $50,000–$150,000; large feature playgrounds for parks or major schools can exceed $300,000. Soft fall surfacing, site preparation, fencing and shade structures add significantly to the base equipment cost. Kidzspace provides detailed, obligation-free quotes after an initial site assessment so you know exactly what’s included before committing.

There is no single minimum space rule — it depends on the equipment chosen, the required fall zones, and any buffer to site boundaries or other structures. As a practical guide, a modest primary school play system requires approximately 10m x 8m (80m2) including fall zones. Swing sets require generous fall zones extending twice the pivot height in front and behind. Kidzspace site consultants can assess your space and recommend the most suitable equipment layout to maximise play value within your available footprint.

The timeline from initial enquiry to completed installation typically ranges from 8–20 weeks, depending on equipment lead times, site preparation requirements and the approvals process. Custom or themed equipment with longer manufacturing lead times may extend this to 16–24 weeks. Site preparation (earthworks, drainage, concrete footings) and installation itself usually takes 3–10 days for most projects. Kidzspace provides a project timeline at the quotation stage and keeps clients updated throughout the process. We recommend beginning the process at least 3–4 months before your intended installation date.

Yes — Kidzspace maintains an extensive portfolio of completed playground projects across schools, early childhood centres, councils and community spaces throughout Queensland and beyond. You can browse our project gallery on the website to see examples of different equipment ranges, themes and site types. We also welcome site visits to completed playgrounds where the client is agreeable. Our sales team can share specific case studies relevant to your project type, budget and location.

Yes — numerous government grant programs at federal, state and local government levels fund playground upgrades and new installations. Programs change regularly, so it’s important to search current opportunities through your state government’s community grants portal, your local council’s grants program, and federal programs such as the Building Better Regions Fund or Local Roads and Community Infrastructure Program. P&C/P&F associations at schools can also access school community grants. Kidzspace assists clients with grant applications and can supply project quotes and specifications in the format required by most grant bodies.

In Queensland, key funding sources for playground projects include the Queensland Government’s Works for Queensland program, the Gambling Community Benefit Fund (GCBF), the Get Playing Plus program, and Advance Queensland community grants. Local councils also run their own grants programs — Brisbane City Council, Gold Coast City Council and Sunshine Coast Council all have active community facilities programs. State schools may access funding through the Department of Education’s capital works program or the Investing for Good initiative. Kidzspace has extensive experience supporting Queensland clients through grant applications and can advise on the most suitable programs for your project.

NDIS funding can potentially contribute to playground projects in specific circumstances, particularly for equipment that directly supports the therapeutic or developmental goals of an NDIS participant — for example, sensory play equipment or accessible play structures recommended by an occupational therapist as part of a support plan. Broader community playground projects are not typically funded through NDIS. We recommend consulting with an NDIS plan manager and an occupational therapist to determine eligibility. Kidzspace can provide equipment specifications and pricing to support funding applications.

AS 4685 recommends three levels of inspection: routine visual inspection (daily or weekly), operational inspection (1–3 monthly), and annual main inspection. The frequency of each depends on the level of use and site conditions. Schools and childcare centres should conduct brief visual checks each day before children use the playground. Formal operational inspections should be documented and conducted by a trained staff member. Annual main inspections should be carried out by a suitably qualified playground inspector (such as a RPII or equivalent) who produces a written report and identifies any action items.

Routine visual inspection is a quick daily or weekly check for obvious hazards — vandalism, broken components, sharp edges, missing soft fall, or foreign objects. Operational inspection (monthly to quarterly) is a more thorough hands-on check covering structural integrity, fastener tightness, surface wear, and soft fall depth; results should be recorded. Annual main inspection is a comprehensive assessment conducted by a qualified inspector covering full compliance with AS 4685, structural assessment, in-situ surfacing impact testing, and detailed written reporting. All three levels form part of a compliant playground management system.

RoSPA (the Royal Society for the Prevention of Accidents) is a UK-based organisation that trains and accredits playground inspectors internationally. A RoSPA-qualified inspector has completed specialist training in playground safety, equipment standards and inspection methodology. In Australia, RoSPA-qualified inspectors (often holding the RPII designation — Registered Playground Inspector Institute) are widely recognised as meeting the qualification standard for annual main inspections. While AS 4685 does not mandate a specific qualification body, engaging a RoSPA or equivalent qualified inspector provides confidence and legal defensibility for your inspection records.

A comprehensive playground maintenance checklist covers: structural integrity of all posts, beams, and connections; fastener condition (no loose, corroded or missing bolts); wear on moving parts (swing chains, bearings, pivot points); surface condition of decks, slides and handrails; soft fall depth and coverage within fall zones; signage condition; drainage function; boundary fencing; and any evidence of vandalism or graffiti. Checklists should be tailored to the specific equipment on site and must be documented with date, inspector name and any actions taken. Kidzspace can supply a customised maintenance checklist matched to your installed equipment.

Kidzspace is based in Queensland, Australia. Our team operates across the state and beyond, delivering playground design, supply and installation services to schools, childcare centres, councils and community organisations. We combine local knowledge of Australian conditions and standards with access to internationally recognised playground equipment brands and materials.

Kidzspace primarily services Queensland, including South East Queensland, the Gold Coast, Sunshine Coast, Brisbane, Toowoomba, and regional Queensland communities. We also service New South Wales and other states for the right projects. Contact our team to discuss your location — we work with clients across Australia and can often accommodate interstate projects through our network of installation partners.

Kidzspace has completed hundreds of playground projects across Queensland and beyond, working with primary schools, early childhood centres, local councils, residential developers and community organisations. Our portfolio includes everything from small toddler areas in childcare centres through to large feature playgrounds in public parks and school grounds. View our project gallery to see a selection of completed installations across different budgets and environments.

Yes — design and planning is at the heart of what we do at Kidzspace. We offer a full-service approach from initial concept to completed installation, including site assessment, community consultation support, 2D and 3D concept design, equipment specification, compliance advice, and project management. We don’t just supply equipment — we help you create a play space that serves your community for years to come. Our design service is provided as part of the project quotation process at no upfront cost.

Kidzspace supplies equipment from reputable manufacturers who back their products with substantial warranty coverage — typically 1–2 years on labour and installation, 5–10 years on structural components, and up to 15 years on selected items such as galvanised steel posts. Warranty terms vary by product and manufacturer and will be specified in your project documentation. Beyond the warranty period, Kidzspace’s service team is available for ongoing maintenance, inspections, parts replacement and upgrades to keep your playground safe and enjoyable for years to come.