Wheelchair Ramp in SA?
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Typical Wheelchair Ramp Costs SA
Threshold ramp, single doorway$150 - $600
Portable folding ramp$300 - $1,500
Modular aluminium ramp system$2,000 - $8,000
Timber ramp, built on site$2,500 - $9,000
Concrete ramp with footings$4,000 - $15,000
Landings and turns, each$600 - $2,500
Handrails both sides, per metre$120 - $300
Platform lift, where no space$12,000 - $30,000
Figures on this page are indicative 2026 SA estimates only and vary with rise height and the gradient adopted, material selected, the number of landings and turns required, ground conditions and any footing work, handrail specification and whether development approval applies. Quotes should always be obtained for your specific property. Building, planning, accessibility and consumer protection requirements are set by legislation, the National Construction Code and Australian Standards and are periodically updated, so confirm the current position with the relevant authority and your builder before relying on any figure.
Wheelchair Ramp Installation Services SA 2026 - Get Quotes
Measure the vertical rise first, because that single number decides almost everything that follows. At the gradient used for wheelchair access, roughly one in fourteen, every hundred millimetres of height needs about one and a half metres of ramp, so a modest three step entry of around half a metre wants somewhere near seven metres of ramp plus landings at each end. Families consistently underestimate this and are surprised when a ramp turns out to need switchbacks, a side return along the house or a different entry altogether. Doing that arithmetic before anybody quotes changes the conversation from why is it so expensive into which entry gives us the space. A few other things shape the job. Landings matter as much as the slope, since somebody has to stop, hold position and open a door at the top, and a landing sized without allowing for the door swinging outward has not solved that. Reactive Adelaide clay moves seasonally and will lift a shallow footing, so ask what the structure sits on. And where access is needed urgently after a hospital discharge, a portable or threshold ramp at a few hundred dollars buys the weeks you need to get the permanent one right. Post your job on The Quote Yard to reach South Australian builders and access contractors.
At a Glance - Ramp Types Compared
| Type | Cost | Suits Rise | Permanence | Notes |
|---|---|---|---|---|
| Threshold ramp | $150 - $600 | Up to about 75mm | Removable | Doorways and single lips |
| Portable folding ramp | $300 - $1,500 | One or two steps | Removable | Needs somebody to place it |
| Modular aluminium | $2,000 - $8,000 | Any, with landings | Semi permanent | Reconfigurable, can be hired |
| Timber, built on site | $2,500 - $9,000 | Any, with landings | Permanent | Matches a timber deck or verandah |
| Concrete with footings | $4,000 - $15,000 | Any, with landings | Permanent | Longest life, least maintenance |
| Platform lift | $12,000 - $30,000 | Where a ramp will not fit | Permanent, serviced | Needs power and maintenance |
The Arithmetic Nobody Does Before Calling
Measure from the finished ground level to the top of the threshold. That vertical rise, divided by the gradient, gives the ramp length, and at one in fourteen the run is fourteen times the rise.
A single 150mm step needs roughly two metres of ramp. Two steps at around 300mm needs about four metres. A typical three step entry of 450mm needs a little over six metres of ramp, plus a landing at the top and another at the bottom, which pushes the total footprint past eight metres before any turn is considered.
That is why ramps so often run sideways along the front of a house or double back on themselves. A steeper gradient shortens the run and makes the ramp harder and less safe to use, particularly for somebody self propelling or for a carer pushing uphill, so the sensible order is to find the space and not to steepen the slope. Where the space genuinely does not exist, changing which door is used, regrading the approach path or a platform lift are the real alternatives.
Gradient, Rise and How Long It Has to Be
AS 1428 sets the gradient for accessible ramps at one in fourteen, and that figure exists for a reason. Steeper slopes become difficult for somebody self propelling and genuinely hazardous coming down. Measure before you call. Doing that arithmetic first changes what the first conversation is about.
The rise measurement sets everything that follows. A builder who has measured the rise and walked the route to the vehicle is quoting on the actual problem, while one working from a phone description is estimating against an assumption. One number governs the whole project, and a family arriving at the first conversation already knowing their vertical rise has changed what that conversation is about. Builders differ on how they present this at quoting stage.
The rise runs from finished ground to the underside of the door threshold. Doing that before you call anybody tells you roughly what you are dealing with and prevents a wasted site visit. Interim access buys thinking time. Dividing the rise by the gradient before anybody visits tells a family whether the front entry is viable at all, and it turns the first conversation with a builder into a discussion about which door rather than an argument about price.
Builders take different views on how far to go here. The difference between a ramp that gets used every day and one the family works around usually comes down to decisions made before anybody poured anything. Portable and threshold ramps cost a few hundred dollars, provide genuine access within days of a hospital discharge, and remove the pressure to commit to a permanent structure before the important decisions have been properly worked through. Mentioning it early gives a household a clearer comparison of quotes.
Shorter ramps at steeper gradients appear in some contexts and carry conditions. They generally apply to short rises and often assume assistance is available, which is a different situation from independent daily use. Space beats steepness. Fourteen metres of ramp for a metre of height is the arithmetic families are working against, and it explains why a ramp so often has to run sideways along a house or double back on itself before it reaches the ground. Families who spend a few hundred dollars on interim access and build the right structure two months later reliably spend less than those who build twice.
Builders who do this regularly will raise it unprompted. Anybody who has built these across the older Adelaide suburbs will have measured enough raised verandahs to know before arriving that the front entry is unlikely to work. Running the ramp sideways along the house, doubling it back on itself or moving to an entry with more room all preserve a usable gradient, where a shorter steeper ramp simply transfers the problem to whoever has to push it. Bringing it up at enquiry saves working through it on site. Where the rise runs past half a metre, the design question stops being how long the ramp is and becomes where in the property it can possibly go.
A steeper ramp saves nothing. It is a ramp somebody cannot use alone, which frequently means the family ends up paying twice when the first one proves unusable. Footings decide the life. Pushing uphill costs far more effort than the descent appears to.
A carer pushing a loaded chair up a slope in an Adelaide summer feels every degree, and the person in the chair feels every degree coming down. The consequence of getting the gradient wrong appears immediately in daily use rather than years later, which is the one respect in which this trade gives quick feedback. Piers taken to a depth suited to the site cost more at construction and prevent the seasonal movement that produces a step at the top landing, a twist in the deck and handrails out of alignment a few years later. Most will walk the route with you if asked.
Which entry to use should be settled before anybody assumes the front door. A side or rear entry with a lower step or more room alongside frequently produces a shorter, cheaper and better ramp. Count the whole route. Getting the landings wrong undoes an otherwise good ramp.
Reworking the approach path is covered at concrete paths and walkways. Regrading the approach can reduce the rise before the ramp starts. Cracked paving between the car and the ramp, a path with cross fall, a gate latch out of reach from a seated position and a lawn that softens after rain all defeat an otherwise excellent ramp. Approaches vary noticeably between contractors, so it pays to compare several.
Building up the ground or altering a path sometimes removes a step entirely, which deserves exploring first. Reshaping the ground around the entry is covered at landscaping. Somebody holding position on a slope while reaching for a door handle is the situation a top landing exists to prevent, and a landing sized without allowing for the door swinging outward over it has not prevented anything. A site visit settles it faster than any phone discussion. On a property where the front verandah sits most of a metre above the garden, the honest conversation is usually about the back door and not about a longer ramp at the front.
| Rise | Ramp Run at 1 in 14 | Total With Landings |
|---|---|---|
| 75mm, a single lip | About 1.1m | Threshold ramp usually suits |
| 150mm, one step | About 2.1m | Around 5m with landings |
| 300mm, two steps | About 4.2m | Around 7m with landings |
| 450mm, three steps | About 6.3m | Over 9m, likely a turn |
| 600mm, four steps | About 8.4m | Switchback almost certain |
| 900mm, a raised verandah | About 12.6m | Multiple landings required |
Landings, Turning Space and the Door at the Top
A top landing is not optional, and leaving it out is the most common design failure on domestic ramps. Somebody has to stop, hold position on a slope and open a door, which is difficult and unsafe. Duration picks the material. The landing needs to be level and deep enough to sit clear of the door swing. A door opening outward over a landing takes up a substantial part of it, which the dimension has to account for.
A bottom landing matters as much as the top one. It gives somewhere level to stop before entering the ramp and somewhere to arrive that is not still sloping. A household facing an uncertain few years is usually better served by an aluminium system that can be adjusted, relocated or resold than by concrete that would have to be broken out if circumstances change. Families who measure first get a far more accurate quote. Where a family is arranging this under time pressure after a hospital discharge, an interim ramp now and a considered one in two months costs less overall than building twice.
Long ramps need intermediate landings at intervals. They provide rest points, they break the run, and they are where a change of direction happens on a switchback. Turning space gets overlooked more than anything else. A wheelchair needs room to turn on a landing, and a landing sized only for straight travel makes a switchback unusable. A builder who measures the rise, walks the route to the car and asks who will be pushing is designing for the actual situation.
Changing the door swing often solves a tight landing. Rehanging a door to open inward, or fitting a different door, is often cheaper than enlarging a landing. Rehanging or replacing a door is covered at door installation. Where the ramp lands in relation to the path and the car matters too. A ramp that arrives at a garden bed or three metres from where a vehicle parks has solved only part of the problem.
| Element | Why It Matters | Common Failure |
|---|---|---|
| Top landing | Opening a door needs level ground | Ramp runs to the threshold |
| Door swing clearance | An outward door eats the landing | Landing sized without it |
| Bottom landing | Somewhere level to arrive | Ramp ends on a slope |
| Intermediate landings | Rest points on a long run | Continuous run, no relief |
| Turning space | Switchbacks need room to turn | Sized for straight travel only |
| Where it arrives | Connects to path and parking | Ends at a garden bed |
Choosing the Material Against How Long It Is Needed
How long the ramp will be needed should drive the material as much as the budget does. Families frequently build permanently for a temporary situation or temporarily for a permanent one.
Modular aluminium suits uncertainty well, since it bolts together from standard components, can be reconfigured if the rise or the route changes, comes apart and relocates if the household moves, and is available for hire in some cases where the need is measured in months and not years. It sits at $2,000 to $8,000 and typically needs minimal footing work, which also makes it the fastest to install. Timber at $2,500 to $9,000 suits a property that already has a timber deck or verandah to match, integrates visually in a way aluminium does not, and can be built to any shape on site, though it needs maintenance and the surface requires attention for slip resistance. Concrete at $4,000 to $15,000 lasts longest, needs almost nothing done to it afterwards, and is the sensible choice where the need is permanent and the ground is being worked anyway, with the caveats that it is the least reversible option and that reactive Adelaide clay makes footings a genuine engineering question and not a formality. Two practical points follow. Ask specifically whether a modular system can be hired where the situation may change. And where a household is uncertain, aluminium bought and later resold usually costs less overall than concrete poured and later removed. Deck work sits at decking services and concrete at concrete slabs.
Comparing What It Is Built From
Threshold ramps at $150 to $600 deal with a single lip at a doorway. They are the right answer for a small rise and the wrong one for anything resembling a step. Clay moves under it. Portable folding ramps need somebody to position them. That works where a carer is always present and fails where the person needs to come and go independently.
Modular aluminium, from systems such as Moddex or Ausramp, offers the most flexibility and is often the sensible first choice. It installs quickly, adjusts if circumstances change and can be removed cleanly. Reactive Adelaide soil swells through winter and shrinks through summer, and a ramp founded shallowly will develop a step at the top landing or a twist along its length within a few seasons of being built. Two properties with the same step can reach different answers. The spread between quotes on ramp work usually traces to footings and landings, neither of which is visible in a headline figure.
Timber built on site integrates with an existing deck or verandah. It suits properties where appearance matters and where a builder is doing other work anyway. Matching an existing structure is covered at verandah builders. Concrete answers the long term and reverses least readily. It needs proper footings, it takes longer to build, and once it is there it is there.
A platform lift at $12,000 to $30,000 is what remains where no ramp will fit. It needs power, it needs servicing, and it deserves pricing when a site genuinely cannot accommodate a ramp. The material should match how long the ramp is likely to be needed. Hiring or buying modular for an uncertain situation beats pouring concrete that may be redundant in eighteen months.
Surface, Edges and Handrails
Wet weather is when slip resistance counts for most. Any ramp that grips in dry Adelaide weather and becomes slick in a winter shower is only doing half its job. Smooth concrete performs poorly as a ramp surface, though a broom finish or a Crommelin anti slip additive changes that. A broom finish, an applied non slip treatment or a textured overlay all improve it substantially. Applied non slip finishes are covered at concrete sealing.
Timber decking calls for particular attention. Smooth boards become slippery when wet and grooved boards can collect debris, so the finish and the maintenance both matter. Wet changes the surface. Aluminium ramp surfaces are generally perforated or textured. That handles water well and the perforation also stops the surface holding puddles.
Edge protection prevents a wheel running off the side. A raised kerb or lip along the ramp edge is a simple feature that prevents a serious incident. A ramp that grips well on a dry February afternoon can become genuinely slippery in a July shower, which is why the surface specification matters as much as the gradient does. It separates a considered design from a standard package.
Handrails on both sides serve wheelchair users and walkers equally, and Australian systems including Moddex Monowills are made to suit. Many people who use a ramp are ambulant with reduced mobility, and they need something to hold. Rail systems are covered at balustrades and handrails. Handrail height, diameter and continuity all follow AS 1428, which covers design for access and mobility. Grip matters as much here as on any rail, and extending the rail past the ramp end gives support at the transition. Rails elsewhere in the home are covered at grab rail installation.
| Surface | Wet Performance | Maintenance |
|---|---|---|
| Smooth concrete | Poor | Needs treatment applied |
| Broom finished concrete | Good | Minimal |
| Smooth timber decking | Poor when wet | Regular, plus non slip strips |
| Grooved timber | Better | Clear debris from grooves |
| Perforated aluminium | Good, drains freely | Very little |
| Applied non slip coating | Good | Recoat periodically |
Reactive Clay, Footings and Why Adelaide Ramps Move
Much of metropolitan Adelaide sits on reactive clay soil that swells when wet and shrinks as it dries, and the seasonal movement is substantial enough to lift and drop structures founded on it. A ramp is particularly sensitive to that movement for two reasons. It connects to the house at the top, and the house sits on its own footings that move differently from a shallow ramp footing, so differential movement shows up precisely at the junction where somebody transitions onto the landing. And a ramp is a long low structure where even modest movement at one end changes the gradient measurably along its length. The consequences families report are a step forming at the top landing where none existed, a ramp that has developed a twist so a wheelchair pulls to one side, and handrails that have gone out of alignment. Several things reduce the risk. Founding the ramp on piers or footings taken to a depth appropriate for the site and not on a shallow pad matters most, and a builder who asks about soil conditions is asking the right question. Keeping the structure independent of the house, connected but not rigidly tied, allows the two to move without damaging each other. Managing drainage so the ground beside the ramp does not become saturated in winter helps considerably, since it is moisture change that drives the movement. Modular aluminium is more tolerant than concrete because it can be adjusted and relevelled. And on a concrete ramp, engineering advice on footing design is money well spent and not an unnecessary cost. Concrete work sits at concrete slabs.
Adelaide Weather, Shade and Using It Every Day
A ramp is used in every kind of weather and the conditions in South Australia affect it more than families anticipate when looking at a drawing. Summer heat is the consideration most often missed, because a dark surface in full Adelaide sun becomes genuinely hot to touch, which matters for anybody who puts their hands on the rims of a wheelchair to self propel, and metal handrails in direct sun can become too hot to hold at the moment somebody needs them most. Light coloured surfaces and shaded handrails both help, and a ramp positioned on a southern or eastern elevation avoids the worst of it. Covering the ramp, or at least the top landing, should be priced alongside the structure and not as an afterthought, since somebody stopping to open a door in a downpour or in forty degree heat is exactly where shelter earns its cost. Winter brings the opposite problem, with a ramp on a shaded southern side staying wet for long periods, growing moss or algae on the surface and becoming slippery in a way a dry test never reveals. Leaf litter from deciduous trees and overhanging gums both create seasonal hazards that need clearing. Wind matters on exposed sites and in the Hills, where a lightweight cover can catch the weather. A household should walk the ramp position at different times of day and think about where the sun falls before the structure is set. Verandah and shade work sits at verandah builders.
Ground Conditions and What Holds It Up
What the ramp is founded on needs establishing before a quote is accepted. A shallow pad on reactive clay behaves differently from piers taken to depth. Differential movement shows up at the junction with the house. The dwelling and the ramp sit on different footings and move independently unless that is allowed for. Drainage beside the ramp governs how much the ground moves. Keeping water away from the footings reduces the seasonal swelling that causes the problem.
Sloping sites in the Adelaide Hills add their own complications. Cut and fill, retaining and surface water all need thinking about together. Holding back a cut is covered at retaining walls. Existing paths and driveways may need modifying where the ramp lands.
A ramp arriving onto an uneven or cracked surface transfers the problem instead of solving it. Relaying a surface is covered at paving and pathways. Termite protection needs attention where a timber ramp connects to a house. A timber structure against the dwelling creates a path that needs managing.
Bridging the Gap While a Permanent Ramp Is Arranged
Families frequently need access resolved within days, typically after a hospital discharge, while a permanent ramp takes weeks to specify, quote, approve and build. Rushing a permanent structure into that gap produces the worst results of all.
Several interim measures work genuinely well and cost a fraction of the permanent solution. Portable folding ramps at $300 to $1,500 handle one or two steps and can be stored inside between uses, with the limitation that somebody has to place them, so they suit a household where a carer is present rather than independent coming and going. Threshold ramps at $150 to $600 deal with door lips immediately and remain useful afterwards even once a permanent ramp is built. Hiring a modular aluminium system is available from some suppliers and should be asked about specifically, since it gives a proper compliant ramp within days with no commitment. Using a different entry temporarily is often overlooked, and a back door onto a level courtyard may need nothing at all. The important part is resisting the pressure to commit to a permanent structure in the first week, because the decisions that matter most here, which entry, what gradient, what material and how long it will be needed, are all better made after a few weeks of living with the situation. A household that spends six hundred dollars on interim access and then builds the right ramp two months later has spent less overall than one that builds twice.
Approvals, Boundaries and Permission
Check with the council before building and not afterwards. Whether approval is required depends on the structure, its height and where it sits on the property. Setback provisions apply to permanent structures. A ramp running along the side of a house toward a fence may engage setback provisions that a family would not anticipate. Building over easements is generally not permitted. Sewer and stormwater easements run through many South Australian properties and a permanent structure over one causes problems.
Heritage listed properties and contributory items in historic areas need particular care. A permanent ramp altering a street facing elevation may need consent that a rear ramp does not. Modular and removable systems sometimes sit outside what requires approval. That is one of several practical advantages they carry, though it should be confirmed and not assumed. Planning and building information for the state is published at sa.gov.au, and the standard itself is available through Standards Australia.
| Situation | Check Before Building | Why |
|---|---|---|
| Permanent structure | Council approval requirements | Depends on size and position |
| Ramp near a boundary | Setback provisions | Side returns run toward fences |
| Property with an easement | Easement location | Building over is generally barred |
| Heritage or historic area | Heritage provisions | Street facing changes are sensitive |
| Rental or strata | Owner or corporation consent | Not the occupant's decision |
| Modular, removable | Whether it is exempt | Often simpler, confirm it |
Assessment, Funding and the Order That Saves Money
A ramp is usually the largest single home modification a household will undertake, and the sequence in which it is arranged affects both the outcome and who pays for it.
An occupational therapist assessment produces a specification against the actual person and the actual site, covering the equipment they use, whether they self propel or are assisted, which entry suits their routine and what they will need in several years and not only today. That last point matters, because a ramp built for somebody's current ability sometimes becomes inadequate as circumstances change, and building slightly beyond present need costs little extra during construction. The specification also gives builders a defined scope to quote against, which makes three quotes genuinely comparable. Where a person receives support through an aged care or disability programme, funding pathways generally require the assessment before work begins, so arranging the builder first can mean paying for something that would otherwise have been covered. Eligibility and programme details are administered nationally and change periodically, so confirming the current position directly is the reliable approach instead of relying on what applied previously. Where the need is immediate, portable or threshold ramps bridge the gap at modest cost while a permanent solution is arranged properly, and that interim step is far better than rushing a permanent structure. Related modification work sits at accessible bathroom renovation.
| Ask Every Builder | Why It Matters | A Good Answer |
|---|---|---|
| What gradient are you building to | Decides usability | A stated ratio, with the rise measured |
| What size are the landings | Door swing and turning space | Dimensions given, swing allowed for |
| What is it founded on | Reactive clay moves | Piers or footings to a depth |
| What is the surface finish | Wet slip resistance | Named finish or treatment |
| Are handrails both sides | Ambulant users need them too | Yes, to the standard |
| Is approval required here | Setbacks and easements | Checked, not assumed |
Rentals, Strata and Who Has to Agree
A permanent ramp on a property the occupant does not own needs the owner's consent, and families regularly arrange a builder before establishing whether that consent exists. In a private rental, a ramp is a substantial modification and the landlord's written agreement is required, which is more readily given when the request comes with a specific proposal showing the design, the footprint and what happens at the end of the tenancy. Reinstatement is usually the sticking point, and a modular system that lifts out cleanly is considerably easier to get agreement for than concrete that would need breaking up. In strata and community title properties, the approach to a unit is frequently common property and not part of the lot, which means the corporation decides and not the owner, and a ramp crossing common areas needs that consent regardless of who is paying. Retirement villages have their own arrangements and usually an established process. Public and community housing tenants should approach the provider directly, since accessibility modifications are commonly handled through a defined pathway. Where consent is genuinely unavailable or the tenancy is short, portable and threshold ramps provide real access without modifying anything, and a household should not dismiss them as inadequate when they may be the only option that can actually be used. Tenancy information is published by Consumer and Business Services.
Regional Considerations Across South Australia
Older inner Adelaide housing frequently sits high above the ground. Raised verandahs and several front steps produce rises that need long ramps or a rear entry solution. Narrow frontages in those suburbs compound the problem. A long ramp needs somewhere to go, and a small front garden with a fence close to the house rarely provides it. Newer estates generally sit lower and closer to ground level. Slab on ground construction often means a single modest step, which makes for a much simpler ramp.
Small blocks in newer areas bring their own constraint. The house may sit close to the boundary on both sides, which limits where a side return can run. Adelaide Hills properties add slope, drainage and distance. A sloping approach can work in your favour or against it depending on which way the ground falls.
| Area | Typical Challenge | Common Solution |
|---|---|---|
| Pre war inner suburbs | High verandah, narrow frontage | Rear entry or switchback |
| Post war suburbs | Two or three steps, some space | Side return along the house |
| Newer estates | Low rise, tight boundaries | Short ramp, often straightforward |
| Adelaide Hills | Slope and drainage | Work with the fall, manage water |
| Rural properties | Distance from parking | Consider the whole route |
| Units and townhouses | Common property | Corporation consent first |
| Type | Cost | Note |
|---|---|---|
| Threshold ramp | $150 - $600 | Door lips only |
| Portable folding ramp | $300 - $1,500 | Needs somebody to place it |
| Modular aluminium | $2,000 - $8,000 | Fast, adjustable, relocatable |
| Timber on site | $2,500 - $9,000 | Matches existing timber work |
| Concrete with footings | $4,000 - $15,000 | Permanent, least reversible |
| Landings and handrails | $600 - $2,500 each | Requirements, not extras |
The Whole Journey, Not Just the Steps
A ramp solves one obstacle in a sequence, and households sometimes build an excellent ramp that delivers somebody to a path they cannot use. Walking the entire route from vehicle to indoors reveals what else needs attention.
Several things routinely turn up on that walk. The surface between the parking area and the ramp is frequently the weak link, with cracked or lifted paving, loose gravel or a lawn that becomes soft after rain all presenting more difficulty than the step did. Cross fall on a path matters more than people expect, because a path sloping sideways makes a wheelchair pull constantly toward the low side. Width is often the constraint nobody measured, since an older concrete path may be narrower than a wheelchair needs with any margin for error. Gates and their latches need checking, as a gate that cannot be opened from a seated position is a barrier regardless of how good the ramp is. The threshold at the door itself sometimes still has a lip even after a ramp reaches it, which a small threshold ramp resolves cheaply. Lighting along the route matters for evening use, and a sensor light at the ramp costs very little. Inside the door, the same questions apply to doorway widths and floor transitions. A household planning a ramp should count the whole route in the budget instead of discovering the path work afterwards.
What Wheelchair Ramps Cost
A threshold ramp at $150 to $600 addresses a doorway lip. It is the cheapest useful item on this page and it solves a genuine problem where the rise is small. A portable folding ramp at $300 to $1,500 suits assisted use. Somebody has to place it and remove it, which limits independent access. A modular aluminium system at $2,000 to $8,000 covers most domestic situations. Installation is fast, the footprint is adjustable and the system can be relocated.
A timber ramp at $2,500 to $9,000 suits properties with existing timber structures. It integrates visually and can be built to any shape on site. A concrete ramp at $4,000 to $15,000 lasts longest and needs footings designed for the ground. It is the permanent answer where the situation is permanent.
Landings at $600 to $2,500 each and handrails at $120 to $300 a metre add up on a long ramp. They are requirements and not extras and belong in the first quote. Framing and timber work sits at carpentry services. Builders around Adelaide differ in how they approach this.
What to Look Out For
Measure the rise and do the arithmetic before you call anybody. It tells you whether a ramp fits at all and which entry is worth considering. Refuse a steeper gradient offered as a way to save space. A ramp somebody cannot use independently has solved nothing and will be rebuilt. Check the top landing accounts for the door swing. Holding position on a slope while opening a door defeats people more than any other part of a ramp.
Ask what the structure is founded on. Reactive Adelaide clay moves seasonally and a shallow pad produces a step at the top landing within a few years. Confirm approval requirements before building. Workmanship guarantees come under the ACCC, builder licensing sits with Consumer and Business Services, and an unresolved dispute can be taken to SACAT.
How to Get Useful Quotes
Give the rise measurement and say how you took it. Ground to the underside of the threshold gives the figure that matters. Describe the space available and send photographs. Frontage width, the fence position and where a vehicle parks all shape what is possible. Say who will use it and whether they self propel. An independently used ramp and an assisted one have different requirements.
State how long it is likely to be needed. That determines whether modular, timber or concrete is the sensible choice. Mention whether you have an occupational therapy specification. A defined scope makes quotes directly comparable. Have each quote state the gradient, the landing dimensions, the footing type, the surface finish and whether approval is included. Pin down those five and the quotes become comparable, and handyman work sits at handyman services.
Wheelchair Ramps Across South Australia
We connect households with roof cleaning operators across South Australia for threshold ramps, modular aluminium systems, timber ramps and concrete ramps, from inner Adelaide and the coastal suburbs through the plains and the Adelaide Hills, out to the Barossa, the Fleurieu, the Mid North and the South East.
▶ Adelaide City & Inner Suburbs 16 areas
▶ Adelaide Metro 13 areas
Eastern Suburbs
Western Suburbs
▶ Adelaide Northern Suburbs 15 areas
Inner North
North East
North & Playford
▶ Adelaide Southern Suburbs 19 areas
Inner South
South & Marion
Outer South & Onkaparinga
▶ Adelaide Hills 12 areas
Hills Face Zone
Outer Hills
▶ Adelaide Beaches 9 areas
Bay & Western Beaches
Port Adelaide & LeFevre
▶ Barossa & Clare Valley 10 areas
Barossa Valley
Clare Valley
Mid North
▶ Fleurieu Peninsula 7 areas
South Coast
Inland Fleurieu
▶ Yorke Peninsula 7 areas
Copper Coast
Southern Yorke
▶ Eyre Peninsula 8 areas
Upper Eyre
Lower Eyre & West Coast
▶ Limestone Coast 9 areas
Mount Gambier Region
Coonawarra & Penola
Upper Limestone Coast
▶ Riverland & Murray 8 areas
Riverland
Murray Bridge & Mallee
▶ Kangaroo Island 5 areas
▶ Flinders Ranges & Outback 9 areas
Southern Flinders
Flinders Ranges
Outback SA
Wheelchair Ramp FAQs - SA 2026
What does a wheelchair ramp cost in SA?
A threshold ramp runs $150 to $600 and a portable folding ramp $300 to $1,500. Modular aluminium is $2,000 to $8,000, timber $2,500 to $9,000 and concrete with footings $4,000 to $15,000. Landings add $600 to $2,500 each and handrails $120 to $300 a metre.
How long does the ramp need to be?
At one in fourteen, the run is fourteen times the rise. A single 150mm step needs about 2.1 metres, two steps around 4.2 metres, and a three step entry of 450mm needs over six metres of ramp plus landings at both ends, which pushes the footprint past nine metres.
Can I build it steeper to save space?
You can, and it generally means somebody cannot use it independently, so the family ends up paying twice. Uphill is hard work for a carer pushing a loaded chair and downhill is hazardous for the person in it. Finding the space beats steepening the slope.
What if there is not enough room?
Look at a different entry first, since a side or rear door with a lower step or more space alongside frequently gives a shorter and cheaper ramp. Regrading the approach sometimes removes a step entirely. Where nothing fits, a platform lift at $12,000 to $30,000 is the alternative.
Why do I need landings?
Because somebody has to stop, hold position and open a door at the top, which is difficult and unsafe on a slope. The landing also has to clear the door swing, since an outward opening door takes up a substantial part of it. A bottom landing gives somewhere level to arrive.
Which material should I choose?
Match it to how long the ramp is needed. Modular aluminium suits uncertainty, installs fast and can be relocated or sometimes hired. Timber integrates with an existing deck or verandah. Concrete lasts longest and is the least reversible, so it suits a permanent situation.
Will it move on Adelaide clay?
It can, and that is the most common defect families report. Reactive clay swells and shrinks seasonally, and a shallow footing produces a step at the top landing or a twist in the ramp. Piers taken to an appropriate depth, drainage management and keeping the structure independent of the house all help.
Do I need council approval?
Depends on the structure, its height and where it sits, so check before building rather than afterwards. Boundary setbacks apply to permanent structures and a side return running toward a fence may engage them. Building over a sewer or stormwater easement is generally not permitted.
What about the surface when it rains?
Smooth concrete is a poor ramp surface and needs a broom finish or an applied non slip treatment. Smooth timber decking becomes slippery wet. Perforated aluminium handles water well and drains freely. Edge protection along the sides stops a wheel running off.
Should I get an assessment first?
Where funding may be involved, yes, since programmes generally require it before work begins. An occupational therapist specifies against the actual person and site, including what they will need in several years rather than today. A portable ramp bridges the gap while that is arranged.
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This page provides guidance information only and is not professional advice of any kind. Details may change, always verify with the relevant authorities and seek independent professional advice where needed.
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Reviewed by The Quote Yard Editorial Team
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Figures on this page are indicative 2026 SA estimates only and vary with rise height and the gradient adopted, material selected, the number of landings and turns required, ground conditions and any footing work, handrail specification and whether development approval applies. Quotes should always be obtained for your specific property. Building, planning, accessibility and consumer protection requirements are set by legislation, the National Construction Code and Australian Standards and are periodically updated, so confirm the current position with the relevant authority and your builder before relying on any figure.