Car Lift and Hoist Installation Costs VIC 2026 - Get Free Quotes

What Car Lift and Hoist Installation Covers in Victoria

Car lift and hoist installation covers the supply, the siting and the safe anchoring of the equipment that raises a vehicle off the ground, from a hobbyist's two-post hoist in a home garage to a four-post storage hoist, a portable scissor lift, or a residential car stacker that parks two cars where one would fit. The work is really three jobs in one, the mechanical install of the hoist itself, the concrete slab that has to carry and anchor it, and the electrical connection that powers it, and a complete installation gets all three right. The hoist is the part you buy, but the slab and the power are the parts that decide whether it is safe and legal to use, and they are where a careless install cuts corners. A hoist is only as safe as the floor it is bolted to and the connection that drives it. Bolting the unit together is the straightforward part; preparing the foundation beneath it and the power supply to it is the real work.

The job sits at the meeting point of several trades, which is why a good installer coordinates more than they advertise. The hoist installer fits and commissions the unit, but a licensed electrician makes the electrical connection, and where the existing floor is not up to it a concreter lays or repairs the slab, work that runs into concrete slab and the broader electrical services on the property.

A hoist usually goes into a garage or workshop, so it overlaps with shed and garage builders and carport and garage construction when the space itself is being built or upgraded. This page is the Victorian guide to what the work costs in 2026 and where the rules sit. The figures and the rules are Victorian ones, because both shift from state to state.

The reason this deserves care beyond a typical bit of garage kit is the load involved. A hoist holds a tonne or two of vehicle several feet in the air, often with a person working underneath it, so a failure is not an inconvenience, it is a crushing hazard. That is why the equipment is built and installed to an Australian Standard, why the slab it anchors into has to meet a specification, and why a hoist in a workplace is treated as plant with real duties attached. None of this makes a home hoist exotic or unaffordable, since thousands are installed in Victorian garages, but it does mean the install is not a job to hand to whoever is cheapest. The care is in the parts you do not see once the car is up in the air.

What follows puts numbers on each kind of car lift and hoist in Victoria for 2026, alongside the slab and power they require, the standards and safety that govern them, and the install process from site check to handover. It runs through the hoist types and the car-stacker option, the concrete slab that is the foundation of a safe hoist, the electrical supply and the licensed connection, the standards and the WorkSafe duties, and the inspection regime that keeps a hoist safe over its life. Read in order, the pieces move from the equipment to the foundation to the cost, and the aim is that you can brief an installer with confidence and recognise an install that has been done properly. Every figure here is a 2026 Victorian rate and every rule a Victorian one.

Hoist Types and Car Stackers

Choosing the right hoist starts with being honest about what you will use it for, because the workshop lift, the storage lift and the parking lift pull in different directions. Someone who wants to service their own cars needs open access to the underside, someone who wants to keep a second or a project car needs a stable platform, and someone short of parking needs to stack vehicles in a footprint that will not otherwise hold them. A few minutes spent on the real use, and the heaviest vehicle and the lowest ceiling involved, narrows the field before any brochure is opened. The wrong type bought on price is the one that frustrates its owner within a month, while the right type chosen for the actual use earns its keep for years.

The two-post hoist is the workshop standard, and it is what most people picture when they think of a car hoist. Two columns carry arms that lift the vehicle by its chassis points, leaving the wheels hanging free and the whole underside open, which is ideal for mechanical work, brakes, exhaust and suspension. It is compact for the lift it gives, but it places concentrated loads into the slab through its two base plates, which is exactly why the floor specification matters so much for this type. A two-post hoist suits a home mechanic or a workshop that wants full access to the underside of a car. The trade-off for that extra access is the load the hoist places on the concrete slab beneath its posts, which has to be thick and sound enough to carry it.

The four-post hoist spreads its load and earns its place where storage is the goal. The vehicle drives up onto two runways carried by four columns, so the load is shared across a wider footprint and the slab demands are generally gentler, and many four-post hoists are freestanding enough to be moved or to sit on a sound existing floor. The format is popular for parking a second car above the first in a single garage bay, and for the home enthusiast who wants to store a project car or a classic off the ground. A portable or scissor lift is the lighter option again, lifting from beneath on a folding or mid-rise mechanism, which suits a smaller garage or an occasional user and asks less of the floor. Each type trades access, footprint and slab demand against the others, and the right one depends on whether you want to work under the car, store it, or both.

Car stackers and parking platforms are the residential cousin of the workshop hoist, and they solve a different problem. Where parking is tight, common in Melbourne's apartments, townhouses and narrow inner-suburb blocks, a car stacker lifts one vehicle on a platform so a second can park beneath, turning one space into two. These are powered, engineered systems, and a residential stacker is usually a planned part of the building rather than a quick retrofit, often involving a building surveyor and an engineer where it forms part of the structure. They are a different category from a vehicle hoist in the standards, but they share the same fundamentals of a powered lift that must be installed, connected and maintained properly. For a household squeezed for off-street parking, a stacker can be the difference between one car on the street and two off it. The engineering and the cost are higher, which is why they belong to a planned project rather than an impulse.

The weight of the vehicle is worth a thought when choosing capacity, because cars have grown heavier and electric vehicles heavier still. A modern large SUV or a dual-cab ute is already a substantial load, and an electric vehicle carries the extra mass of its battery pack, so a hoist rated comfortably above the heaviest vehicle you expect to lift is the safe choice rather than one sized to today's car alone. There are also specialised variants for particular needs, single-post hoists for a tight space, wheel-engaging four-post hoists for wheel-alignment work, and low- and mid-rise lifts for quick jobs, each suited to a use the standard two and four-post units handle less neatly. An installer who asks what you will actually lift, and how heavy it might get, sizes the hoist for the future rather than the present. Buying a little more capacity than you need today is cheaper than outgrowing a hoist in five years.

The Concrete Slab, the Foundation of a Safe Hoist

The concrete slab is the single most important and most overlooked part of a hoist installation, because the whole load of the hoist and the car passes through its anchors into the floor. A two-post hoist concentrates that load into a small footprint, so the slab beneath it has to be thick enough and strong enough to hold the anchor bolts under that load without cracking or pulling out. As a general guide, a two-post hoist typically wants a slab of at least 150 millimetres of concrete at around 32 megapascals strength, with heavier units needing more, while four-post and portable lifts that spread their load can sometimes work on a lighter floor. These are guides, and the manufacturer's specification for the actual hoist is what governs. The slab is what everything else stands on, so getting it wrong undoes every other thing done right.

The problem in many Victorian garages is that the existing slab was never poured with a hoist in mind. A typical domestic garage floor can be thinner than a hoist needs, poured at a lower strength, or of unknown depth and reinforcement, especially in an older home, and bolting a heavy two-post hoist into an inadequate slab is genuinely dangerous. This is why a proper installer checks the slab before quoting a firm price, by reviewing any plans, sometimes core-drilling or scanning to confirm the thickness, and assessing whether it will carry the load. Where the slab falls short, the options are to cut out and re-pour a thicker, stronger footing in the hoist's footprint, to pour a new slab, or in some cases to use an engineered reinforcement under the base plates, work that pulls in concrete slab services. An honest installer raises the question of the slab first, since whether it is thick and sound enough is what decides whether the job is simple or substantial.

Getting the slab right is also the moment to think about the floor finish, since the garage is open and the work is being done. A garage that is having a slab poured or repaired for a hoist is the natural time to add a durable surface, whether epoxy garage floor coatings that resist oil and tyre marks, polished concrete for a hard-wearing finish, or non-slip floor coating where spills and water make the floor slippery around a working hoist. Coordinating the finish with the slab work avoids doing the floor twice. The anchors themselves are a specified part of the job, set into the cured concrete to the standard for fastenings, and a competent installer treats them as the safety-critical components they are. The slab and its anchors are the quiet foundation of a hoist that will hold a car safely for decades.

Power, Three-Phase and the Licensed Connection

A hoist is powered equipment, so the electrical supply is the second thing to settle before ordering, and it decides whether the install is a simple connection or a bigger electrical job. Lighter hoists and many four-post and portable units run from single-phase power, sometimes from a suitable dedicated circuit, while heavier two-post hoists and larger units often need three-phase power for the motor that drives the hydraulics. A home garage frequently has only single-phase supply and a modest circuit, so matching the hoist to the available power, or upgrading the supply to suit the hoist, is part of planning the job. Choosing a hoist without checking the power it needs against what the garage has is how an installation stalls halfway. The motor decides the power, and the power decides the electrical work.

The electrical connection itself is licensed work, and that is not negotiable in Victoria. Hard-wiring a hoist into the home's wiring is electrical installation work that must be carried out by a licensed electrician working to the wiring rules, the same framework administered by Energy Safe Victoria that governs any fixed wiring, and the electrician issues a Certificate of Electrical Safety for the work. The hoist installer is not necessarily an electrician, so a complete quote is clear about who makes the electrical connection and that it is a licensed person. Where the garage needs a new dedicated circuit, a power point installation for a plug-in unit, or three-phase brought in, that is the electrician's work, and on an older board it can tip into a switchboard upgrade. A hoist wired by an unlicensed hand is both unsafe and uninsurable.

The wider electrical picture is worth settling in one visit while the electrician is on site. Bringing three-phase to a garage, adding the dedicated circuit a hoist needs, and checking the board has the capacity and the safety switches a modern installation requires are all naturally done together, and an electrical safety inspection of an older home's wiring is a sensible companion where the supply is being extended. If a hoist later develops an electrical fault, that is a job for electrical fault finding by a licensed electrician, not a do-it-yourself reset. Planning the power properly at the start, with the electrician advising before the hoist is chosen, avoids the expensive surprise of a unit that the garage cannot run. The power is as much a part of the install as the slab, and just as easy to underestimate.

Standards, WorkSafe and Inspections

Vehicle hoists are built and installed to Australian Standards, and those standards are the benchmark a good installation meets. The design and installation of vehicle hoists is governed by AS/NZS 1418.9, and the safe use, inspection and maintenance by AS 2550.9, with the anchors set to the standard for fastenings in concrete and the electrical work to the wiring rules, the suite published by Standards Australia. A hoist that meets these standards carries the rating plate and the documentation that prove it, and buying and installing to the standard is what lets you trust the equipment over the long haul. A home user is not strictly compelled to buy a standard-compliant hoist, but choosing one that falls short to save money is a poor trade against a piece of equipment that holds a car overhead. The standard is the difference between a hoist you can rely on and one you are gambling on.

Where a hoist is used in a workplace, the duties step up, and WorkSafe is part of the picture. A vehicle hoist in a commercial workshop is plant under occupational health and safety law, so the business has duties to ensure it is installed, inspected and maintained so it is safe to use, guidance set out by WorkSafe Victoria. That includes keeping the hoist's logbook, training operators in its safe use, and having the periodic inspections done. A home garage is not a workplace in the same sense, but the same safety logic applies, since the physics of a car falling do not care whether the garage is commercial. Treating a home hoist with the same respect a workshop must give its plant is simply sensible. The workplace rules are a useful guide even where they do not strictly bind.

Inspection and maintenance are ongoing duties, not a one-off at install, and the standard sets the cadence. Under the safe-use standard a vehicle hoist is subject to routine pre-operational checks, regular inspections through the year, and major inspections at longer intervals across its decades-long life, all carried out by a competent person and recorded in a logbook. Those inspections check the anchors, the safety locks, the hydraulics and the structure, the things that fail quietly and dangerously if left, and a documented anchor failure is exactly the kind of incident the regime exists to prevent. For a home owner the practical version is a periodic professional inspection and attention to anything that does not feel right. A hoist that is inspected on schedule is a hoist that stays safe, and the logbook is the record that proves it.

A well-made hoist has its safety built in, and knowing what those features are helps you judge both the equipment and the way it is used. A quality hoist carries mechanical safety locks that hold the load at height even if the hydraulics lose pressure, a load rating clearly marked so it is never overloaded, and on two-post units, arm restraints that stop the lifting arms swinging out from under the car. Using the hoist safely is the other half, lifting only at the vehicle's proper jacking points, never exceeding the rated capacity, lowering onto the locks before going underneath, and keeping people clear while it moves. None of this is complicated, but all of it is the difference between a hoist that is safe for years and one that becomes an incident. The equipment provides the safety features, and the operator provides the safe habits, and a good handover covers both.

The Installation Process

A proper installation starts before anything is bought, with a site assessment that decides what is actually possible. The installer measures the garage for the footprint and the headroom the hoist needs, since a two-post hoist in particular needs enough ceiling height to raise a car and clear the roof, assesses the slab for thickness and strength, and checks the electrical supply against what the chosen hoist requires. That assessment is what turns a wishlist into a workable plan, and it is where the slab or power surprises surface while they can still be planned for. An installer who quotes a firm price without seeing the garage is guessing at the two things most likely to change the cost. Checking the garage, the slab and the power supply on site is the step that separates a smooth installation from one that stalls partway through.

With the plan set, the install runs through the slab, the assembly and the connection. Where the floor needs work, the slab or footings are poured and cured first, since the anchors cannot go into green concrete, and that curing time is built into the schedule. The hoist columns or runways are then positioned, levelled and anchored into the cured slab with the specified fasteners, the unit is assembled and the hydraulics filled and bled, and the licensed electrician makes the connection. Headroom, levelness and the anchor torque are the details that a careful installer gets exactly right, because a hoist that is out of level or under-anchored is a hoist that will give trouble. The assembly is methodical work that rewards patience over speed.

Commissioning and handover are the steps that turn an installed hoist into a usable one. The installer runs the hoist through its full travel under test, checks the safety locks engage, confirms it is level and the anchors are sound, and hands over the documentation, the rating, the logbook and the operating instructions. A good handover includes showing you how to use the hoist safely and what the routine checks are, because a hoist is only as safe as the person operating it. Keeping the garage in order around it, with sensible garage storage shelving and overhead rack installation clear of the hoist's swing, finishes the job. The handover is where the responsibility for safe use passes to you, so it is worth paying attention to.

A second-hand hoist, or relocating one you already own, is a common scenario worth handling with care. A used hoist can be good value, but it needs the same site checks as a new one, the slab assessed, the headroom confirmed and the electrical supply matched, plus an inspection of the unit itself for worn locks, tired hydraulics and the condition of the structure before it is trusted with a car. Relocating a hoist from one garage to another, or shifting it within a garage, means new anchors into the new position and a fresh commissioning, since the old anchor holes cannot simply be reused. A bargain hoist that turns out to need new hydraulics, or that will not fit the new garage's headroom, is not the saving it looked like. Having an installer assess a used or relocated hoist before committing is the step that keeps a second-hand deal from becoming a first-class headache.

What Drives Car Lift and Hoist Pricing in Victoria

Pricing starts with the hoist itself and climbs sharply with the work around it. A portable or scissor lift is the cheapest entry, a two-post hoist sits in the middle, a four-post storage hoist a little higher, and a residential car stacker is a different order of cost because it is an engineered, often building-integrated system. The capacity matters too, since a heavier-rated hoist costs more and demands more of the slab and the power. But the unit is only part of the figure, because the slab and the electrical supply can each add as much as the hoist or more, and that is where two quotes for the same hoist diverge most. A cheap quote that assumes your slab and power are fine, without checking them, is a price that can change dramatically on the day.

The slab and the power are the swing factors, and they reward honest assessment up front. Where the existing garage floor is sound and thick enough and the power is available, an install is a tidy one-day job at the lower end of the range. Where the slab has to be cut out and re-poured, or three-phase power has to be brought in, or the switchboard upgraded, the job grows by thousands and several days, and the only way to know which you are facing is a proper site assessment. A residential car stacker adds engineering and sometimes building approval on top. The inclusions to confirm are the slab assessment, the electrical connection, installation to the standard, and the commissioning, because a bare hoist-and-labour price leaves the expensive parts unstated. The honest quote prices the garage in front of it, slab and power included, not just the hoist.

Geography and the property finish the picture across Victoria. Metropolitan Melbourne carries the most hoist installers and the most competitive pricing, while jobs in Geelong, Ballarat, Bendigo, the Latrobe Valley, Gippsland and the regions can carry a travel charge and a longer wait, particularly for the specialist equipment. The age and build of the garage is the quiet multiplier, since an older home with a thin slab and a single-phase board is the one most likely to need the slab and the supply brought up to spec, while a newer build or a purpose-built shed often needs less. A car stacker in an apartment or a tight inner-suburb block carries the engineering and access costs of working in a confined space. A fair quote is one built on a genuine inspection of your garage, its floor and its power supply, not a figure offered over the phone sight unseen.

Value in this work is measured in safety as much as money. A hoist anchored into a sound slab, connected by a licensed electrician, installed to the standard and commissioned with its logbook is one you can trust with a car overhead and a person beneath it, and that trust is the whole point of paying for a proper install, and it is not something a bargain installation can give you. Spread against the years a quality hoist lasts and the cost of an anchor failure, the difference between a thorough install and a cheap one is small indeed. A hoist that holds the car safely every single time is worth doing properly, because the one time it does not is the time that counts.

What to Look Out For

The first thing to confirm is that the installer assesses the slab before quoting, because the floor is where the cheap shortcut hides. A serious installer checks the thickness and strength of your garage slab, by plans, scanning or core sampling, and tells you plainly if it needs work before a hoist can be anchored safely, while a careless one bolts a heavy hoist into whatever floor is there and hopes. Be wary of any quote that does not mention the slab at all, since that silence usually means it has not been checked. The second thing to confirm is that the electrical connection is by a licensed electrician with a Certificate of Electrical Safety, not wired in by the installer or left to you, because an unlicensed connection is both unsafe and uninsurable. Those two questions, the slab and the licensed connection, separate the proper installers from the rest.

On the quote itself, the inclusions are where the real cost lives. Whether the slab assessment and any slab works are included or quoted separately, who makes the electrical connection, whether the hoist is installed to the Australian Standard with its documentation, whether commissioning and a handover are part of the job, and the rating and brand of the hoist being supplied should all be on paper. A bare price to supply and fit a hoist leaves the slab and the power, the two biggest variables, completely open. Ask directly whether your slab has been assessed and who does the electrical work, because a vague answer on either is the most expensive vagueness in this job. An installer who answers both clearly has done compliant installs before.

How the job is sold is worth weighing on a purchase this size and this safety-critical. A price well below the field usually assumes the slab and power are fine without checking, and a hoist sold without its standards documentation or rating plate is one to question. Ask which hoist will be supplied by type, capacity and standard, and confirm it meets the Australian Standard, since the equipment holding a car overhead is not the place to economise on quality. Put the unit, the slab works, the electrical scope and the commissioning in writing before any deposit, since the paper record settles later disputes, and the consumer protections administered by Consumer Affairs Victoria and the national framework overseen by the ACCC sit behind the purchase regardless. An installer who documents the equipment and the foundations readily is usually one doing it properly.

How to Get Useful Quotes

The most useful thing you can tell an installer up front is the garage and what you want the hoist for. The internal dimensions and ceiling height of the garage, the age of the home and any knowledge of the slab, the electrical supply whether single or three-phase, and what you want the hoist to do, work under cars, store a second vehicle, or park two in tight space, give an installer most of the picture before they visit. Photos of the garage and the meter box help, and a note of whether you are after a two-post, four-post, portable lift or a car stacker sharpens the quote. Mention the suburb, because it tells the installer the travel and the access. The clearer the brief, the closer the quote and the fewer surprises at the site check.

Because the slab and the power decide so much, a site assessment is what turns a rough quote into a real one, and a serious installer will want to do one. A firm price for an unseen garage is a number that moves once the slab is checked and the power confirmed, so an installer who insists on assessing the floor before committing is doing it properly. Use the visit to ask the questions this guide has armed you with, the slab thickness and whether it needs work, who makes the electrical connection, the hoist type and standard, and the commissioning and handover. Ask for the hoist by type, capacity and standard and the inclusions in writing, so the quotes describe the same job. A written scope that spells out the slab and electrical scope is what makes two quotes truly comparable.

Rather than chase specialist installers one at a time, a single post on The Quote Yard reaches several across Victoria at once. Line the responses up against the same checklist, the hoist type and standard, the slab assessment and any slab works, the electrical connection and who does it, the commissioning, and GST, so the figures finally describe the same job. If one quote sits well below the others, asking what it assumes about your slab and power usually explains it, because that is where the cheap quote has skipped the checking. For a piece of equipment that holds a car overhead, the installer who assesses the slab, uses a licensed electrician and installs to the standard is the one worth choosing, even where they are not the lowest number on the page.

Knowing the common problems helps you catch them early, because a hoist usually warns before it fails. A slow drift down under load points to a hydraulic seal or a valve letting by, a lifting arm or runway that no longer sits level suggests an issue with the rams or the structure, and a safety lock that does not engage cleanly is the most urgent of all, since the locks are the backstop if the hydraulics give way. Stiff or jerky movement, leaks of hydraulic fluid, and unusual noises are the everyday signs that the hoist wants attention before its next heavy lift. None of these mean the hoist is finished, but all of them mean a competent person should look at it before it carries another car. Treating any change in how the hoist feels as a reason to stop and check, not to push on, is the habit that prevents the rare but serious failure.

Maintenance, Warranty and Australian Consumer Law

Looking after a hoist is what keeps it safe across its long life, and the maintenance is modest against the consequence of neglect. Routine checks before use, keeping the hoist clean and the hydraulics topped, and having the periodic professional inspections done on schedule are the habits that catch a worn safety lock or a loosening anchor before it becomes a failure. The logbook handed over at install is where those checks are recorded, and keeping it current is both good practice and, in a workplace, a duty. A hoist that is used within its rated capacity and inspected on time will give decades of safe service, while one that is overloaded or neglected is the one that fails. The small, regular attention is far cheaper than the alternative.

Warranty and documentation come in layers worth keeping together. The hoist carries the manufacturer's warranty on the unit and its components, the installer's workmanship sits on top for the install itself, the electrician's Certificate of Electrical Safety covers the connection, and the rating plate and standards documentation prove the equipment is what it claims to be. Keeping all of it, with the logbook, in one place is what makes a warranty claim, a future inspection or a sale straightforward, since the next owner of a home with a hoist will want to see that it was installed and maintained properly. Confirming the unit's warranty and the installer's guarantee on the work is a normal request that established installers answer readily. Kept together, those documents are your record that the hoist was installed correctly and has been inspected on schedule ever since.

Underneath the purchase sit the consumer guarantees, which require the equipment to be of acceptable quality and fit for purpose and the installation to be carried out with due care and skill, and they apply on top of any manufacturer's warranty. If a problem cannot be resolved directly with the installer, the consumer protections administered by Consumer Affairs Victoria stand behind the work, the national framework overseen by the ACCC backs the consumer side, and the workplace safety duties for a hoist used in business sit with WorkSafe Victoria.

The related garage and electrical work is covered under electrical services and garage conversion.

Side access is handled by garage side access door installation, and outdoor parking by carport installation. Choose an installer who assesses the slab, connects through a licensed electrician and installs to the standard, and the hoist lifts the car safely every time you use it, which is the whole reason you put one in and the only result worth paying for.