The short answer on whether you can drive an EWP on the road
Yes, if it is truck-mounted and registered. A truck-mounted EWP drives to site in traffic under its own power and sets up on its own legs. A self-propelled boom lift is not a road vehicle and has to be transported on a float.
Yes, if it is truck-mounted and registered. That is the whole point of a truck-mounted machine, and it is the single biggest practical difference between the two families of elevating work platform.
What it means for your job is worth spelling out, because it changes what you have to organise and what you have to pay for.
Two families, one big difference
A self-propelled boom lift drives around a site on its own wheels or tracks. It is not a road vehicle. To get it between sites it goes on a float, which is a truck, a driver, a booking and a cost, at both ends of the hire.
A truck-mounted machine is a boom and basket fitted to a road truck. It is registered, it drives to your site in traffic, it sets up on its own stabiliser legs, and when the job is done it drives away.
What this saves you
No float to book, no crane to lift anything on or off, and no waiting on a transport window at either end of the hire.
What it means for access
It needs somewhere a truck can legally and safely stand. That is usually easier than people expect, and occasionally the thing that decides the machine.
What it means for short jobs
A truck-mounted unit can genuinely do a half-day job and leave. A floated machine rarely makes sense for that.
What it means for multiple sites
If your work moves between addresses, a machine that drives itself is a different proposition from one that has to be transported each time.
The licence question
Driving the truck and operating the boom are two separate things. The driver needs the appropriate vehicle licence class for that truck’s weight, which depends on the specific unit. The operator needs the appropriate high risk work licence if the boom is over 11 metres. They are not the same ticket and they are not always the same person. Ask us which class the specific machine needs before you plan around it.
What has to be right to drive an EWP on the road
Registration
It is a registered vehicle and carries plates like any other truck.
Roadworthy condition
Brakes, lights, tyres, the lot. The boom being certified does not make the truck roadworthy, and both matter.
Load restrained and stowed
The boom folds down and locks for travel. A machine travelling with the boom improperly stowed is a serious problem.
Dimensions within limits
Height, width and mass all have to sit inside what the vehicle is permitted for. Worth confirming if your access involves low clearance.
A truck-mounted tower removes an entire logistics problem from the job. That is usually worth more than the machine specification.
Setting up once it arrives
The truck being road-legal is one half. Standing it up safely is the other, and it is where the regulator’s guidance concentrates[1].
- Check the ground
Stabilisers concentrate a lot of load into a small footprint. Soft ground, recent trenching, service pits, basement slabs and drainage all matter. - Check overhead before the boom moves
Every overhead service in reach of the boom, planned against the No Go Zone framework[4] before anything is raised. - Set the legs properly
On the pads, on firm ground, machine level. This is the step people rush and it is the one that matters most. - Think about traffic
If the truck stands on or beside a road, traffic management is a separate requirement and it comes from whoever controls the workplace. - Familiarise the operator on that unit
Controls differ between machines. Being ticketed generally is not the same as knowing this one.
Where the responsibility sits
Ground conditions and traffic management are the responsibility of whoever controls the workplace, not the hire company. We will tell you honestly what the machine needs to stand safely. Making the site able to provide it is the site’s job.
What it means for a job outside your usual patch
Because the machine drives, distance is a driving problem rather than a transport problem. A job three hours away is three hours of driving, not a float booking with a lead time. That is the reason we can take work right across Victoria without it becoming complicated, and why a Melbourne job and a job in the north-east are handled the same way.
What registration actually covers
A truck-mounted tower is a registered vehicle first and a piece of plant second, and that ordering explains most of what follows.
Because the machine is built onto a road-registered truck, it is driven on public roads the same way any other truck is. Registration, roadworthiness and the usual vehicle obligations apply to it as a vehicle. The boom, basket and jacklegs are equipment carried on that vehicle, and they are governed by the plant side: the compliance plate, the inspection cadence, the electrical and load tests.
That is why you can drive an EWP on the road without arranging anything special. There is no float to book, no crane at either end and no transport permit for a standard vehicle travelling within normal limits.
A self-propelled machine is the opposite. It is plant that happens to move, not a vehicle, so getting it anywhere means a transport movement.
The licence for the truck is not the licence for the machine
Two different tickets, and people routinely assume one covers the other.
Driving the vehicle needs the appropriate driver licence class, and which class depends on the truck’s gross vehicle mass and configuration. That is an ordinary truck licence question and has nothing to do with elevated work platforms.
Operating the boom needs a high risk work licence where the boom length is eleven metres or more. That is the EWP ticket.
So the person who drives it to site and the person who operates it may need different pieces of paper, and on some crews they are different people. Worth checking before the morning of the job, because a ticketed operator who cannot legally drive the truck is a problem that only surfaces at the depot.
On a wet hire this stops being your problem. Our operator drives it there and runs it.
What a float actually costs you
The comparison is not really about the transport invoice. It is about the day.
| Truck-mounted tower | Machine that needs floating | |
|---|---|---|
| Getting there | Driven by the operator | Booked transport, each way |
| Cost of the movement | Fuel and the operator’s time | A transport charge at both ends |
| Scheduling | Leaves when you are ready | Tied to the transport window |
| Moving to a second site | Drive it | A further movement each way |
| Permits | None for a standard vehicle within normal limits | Depends on dimensions and load |
| Arriving late | Within your control | Within the transport operator’s control |
| Finishing early | Drive away | Wait for the float |
Moving between sites on the same job
This is where the difference stops being theoretical.
A lot of work is not one location. A line of street trees, a run of poles, several properties on one street, a set of sites across a suburb in a single day. If the machine drives, that is one crew and one vehicle working through a list. If it has to be floated, every move is a transport movement with a cost and a wait attached.
It also changes how a day is planned. A crew with a driveable tower can react: a job that finishes early rolls into the next one, and a site that turns out to be inaccessible is abandoned in favour of the next address rather than becoming a wasted transport booking.
For anyone quoting work by the day across multiple addresses, this is usually the whole argument.
Dimensions, and the two numbers that matter
Being road-legal and being able to get to the work are different questions.
The stowed width is what travels and what has to fit through a gate, a laneway, a car park entrance or between buildings. On the Redmond Gary TF17M that is 2.44 metres. The deployed width, with the jacklegs out, is what the machine needs at the point of work, and on the same machine that is 3.45 metres.
Height matters too, in the ordinary way any truck’s height matters: low branches, awnings, car park entries and rail bridges. And the wheels come clear of the ground when the jacklegs are set, so the braking does not rely on the tyres, which is worth knowing if the machine is being set up on any slope.
The machines also carry limits on how far out of level they can be set. The GMJ LL22.350 plate specifies a maximum operating incline of five degrees and a maximum wind speed of 12.5 metres per second. Neither is negotiable on the day.
Measure the tightest point on the route, not the widest. That single check prevents most of the access problems we see.
Regional and statewide work
Because the machines drive, distance behaves differently from the way it does with floated plant.
We are based in the Latrobe Valley, about ninety minutes from the edge of Melbourne, and we hire statewide. Machines go to Melbourne, Dandenong, Ballarat, Warburton and well beyond. The cost of getting there does not scale the way a float does, because there is no transport contractor in the middle of it.
It also means a regional job is not automatically a more expensive job. A site two hours out is a drive; the same site with floated plant is two transport movements.
Notice matters more than distance. About a week is comfortable, and it has been organised faster when a job called for it, including one Melbourne job that rang on a Friday and was working with the machine on the Monday morning.
What to check before you drive an EWP on the road
Short list. Most of it takes a minute.
The vehicle side: registration current, the driver holds the right class for the truck, and the load is secured for travel with the boom stowed and the jacklegs up. The plant side: the compliance plate is legible, the three-monthly inspection is current, the electrical test is within six months if the work is line-adjacent, and the twelve-monthly load test is in date.
The route: the tightest width on the way in, any height restriction, and whether the final approach can take the truck’s weight. The destination: where the four jacklegs will sit, and whether there is anything under them.
And the job: whether anything live is nearby, and whether the approvals for working near it are in place. That last one is not about the drive at all, but it is the one most likely to stop work after the machine has already arrived.
If any of it is uncertain, tell us before the booking rather than after. We would far rather sort it out on the phone.
Setting up where the truck has to stay on the road
A good share of line, street-tree and signage work happens with the truck parked on a road rather than on a site, and that brings its own considerations.
The machine occupies a lane while the jacklegs are down, so traffic management belongs in the plan rather than being improvised. Who controls the site decides what that looks like, and it needs to be settled before the machine arrives rather than worked out around it.
The advantage of a truck-mounted tower here is how briefly it needs the space. It arrives, sets up in minutes, works, lifts its legs and drives to the next position. Compared with anything that has to be delivered, assembled and collected, the footprint on a public road exists for a fraction of the time.
It also moves under its own power between positions along a street, so a run of work does not mean repeatedly occupying and releasing the same lane while waiting on transport.
Which machine suits which job
Every tower in our fleet is an insulated EWP, so the question is never which one is better. It is which one carries what your job needs. Three figures decide it — working height, outreach and basket capacity — and a fourth, the insulation rating and the conditions it holds in, decides whether the machine can be near the line at all.
Working heights below come off the compliance plates rather than brochures. Where a manufacturer does not publish a figure it is shown as on request rather than estimated, because a made-up spec on a hire page is a safety problem rather than a cosmetic one.
| Machine | Working height | Outreach | Basket | Insulation |
|---|---|---|---|---|
| GMJ LL22.350 | 23.5 m | 13 m | 350 kg | 66/33/LV on the plate |
| Redmond Gary TF17M | 19 m | 13 m | 325 kg | 132 kV — dry, wet and precipitation |
| Sherrin 18 m | 18 m | 11.1 m | 350 kg | 132 kV, Glove & Barrier build |
| GMJ TT16.300 | 17.5 m | On request | 250 kg | On the plate — ask us for your job |
| Terex Hi-Ranger LT40 | 13.8 m | 9 m | 181 kg | ANSI Category C under A92.2 |
| Versalift SST-37 | 12.8 m | 8.5 m | On request | Fitted as an option — ask first |
| Altec AT30C | On request | On request | On request | On request |
The tallest tower we run, and the one that goes out when nothing shorter will reach — 13 metres of outreach still intact at full height, on a basket that takes two people and what they bring down.
Rated 132 kV dry, wet and in precipitation, which is the rating that matters when the job does not stop because the weather turned. Long outreach for its height.
A Glove & Barrier build on a 350 kg basket. The one to ask about when the work is close-quarters on live gear rather than simply near it.
A mid-height tower that gets into ground the bigger machines cannot. Ask us for the plate figures against your specific job rather than working off a brochure.
Compact and quick to set up, rated ANSI Category C under A92.2. Suits tight residential access where a full-size tower simply will not fit.
Low travel height, which is what gets it under a carpark header or a low branch line. Insulation is fitted as an option, so confirm it before the job is booked.
A compact telescopic tower. We publish figures off the compliance plate rather than the brochure, so ask us and we will send the plate for the unit going to your job.
Every tower above travels to Melbourne, Geelong, Ballarat, Bendigo, Shepparton and Gippsland — driven to site under its own power, not floated in on a separate truck.
Which one to take when the forecast is against you
This separates the fleet more than height does, and it is the question people ask last.
An insulation rating holds under stated conditions. Most insulated towers carry a rating for clean, dry conditions and a lower one for wet. The Redmond Gary TF17M is the one certified across dry, wet and precipitation at 132 kV, which is why it is the machine that goes out when rain is forecast and the work cannot wait.
That is not a mark against the others — it is what that particular machine has. For everything else in the fleet the rated conditions are on the plate, and the practical answer is to tell us the job and the forecast and we will tell you which tower is rated for it. We would far rather have that conversation on the phone than have you find out on the day.
Two things do not change with the weather: the six-monthly electrical test that confirms the machine is safe to be working with and around live power lines, and the fact that a replacement tower comes out if yours has to leave you.
Tree work near the line, and work on the line
Nearly everything our towers go out on is one of two jobs, and they pull in different directions.
Tree work near a live service is about reach and what comes down. You are standing off the conductor and working over or around it, so outreach matters more than raw height, and basket capacity matters because limbs come back with you. The GMJ LL22.350 and the Sherrin 18 m both carry 350 kg for exactly that reason.
Work on the line itself is about the insulation rating and the conditions, and often about getting into a tighter spot at a lower height. That is where the Terex Hi-Ranger LT40 earns its place — a light Class 5 chassis with a fibreglass boom that goes where a bigger truck cannot.
We are arborists as well as machine specialists, and the towers are out on our own tree jobs every day. That is why the fleet is shaped the way it is rather than standardised on one model.
Whatever you call it — insulated EWP hire, travel tower hire, cherry picker hire, a bucket truck, a boom lift or a man lift — describe the job and we will match the machine to it.
Insulated EWP hire across Victoria
Every tower is a truck, so it drives to you under its own power and sets up on its own legs. There is no float to book and no crane at either end, which is why distance behaves differently for us than it does for hire companies working off floated plant.
We hire right across Victoria. Beyond the towns above we run into Dandenong and the outer east, right through Gippsland where we are based, and up into the north-east — the Wangaratta and Wodonga side of the state is no trouble at all, we are over that way regularly. If your job is somewhere not listed here it is almost certainly still covered: insulated EWP hire across Victoria.
Tell us the job. We will tell you the tower.
Wet hire or dry hire, anywhere in Victoria, with a replacement machine behind it from the first day.
Frequently asked questions
Can you drive an EWP on the road?
What licence do you need to drive a truck-mounted EWP?
Do you need a permit to move a truck-mounted EWP?
Does the boom have to be down while driving?
Can it drive onto a site or does it need hard standing?
How far will you send a machine?
Can you drive an EWP on the road without a permit?
What licence do I need to drive it?
Do self-propelled machines need to be floated?
Can the machine work at more than one address in a day?
How wide does the access need to be?
Does it cost more to hire for a regional job?
Can it set up on a slope?
What stops the job once the machine has arrived?
Can the truck set up on a public road?
How long does it occupy the space?
Read next
Valley Wide Tree Services / 1800 GO TREES
Insulated EWP hire, Victoria
We run and maintain our own fleet of insulated elevating work platforms from a workshop in the Latrobe Valley, and we have been putting machines on Victorian jobs for years. Everything here is written from running them, not from a brochure.
Sources & references
- WorkSafe Victoria — Elevating work platforms: The Victorian regulator’s guidance on selecting, setting up and operating an EWP, including the duties that sit with whoever controls the workplace.
- Standards Australia — AS 2550.10, Cranes, hoists and winches: safe use of elevating work platforms: The standard covering inspection intervals, operator requirements and the periodic major inspection regime that a hire fleet’s service schedule is built on.
- WorkSafe Victoria — Safe work practices using elevating work platforms: The regulator’s practical guidance note. States that a boom-type EWP with a boom length over 11 metres requires the operator to hold a high risk work licence.
- Energy Safe Victoria — Working around powerlines: The No Go Zone framework that decides how any work near overhead powerlines is planned, and the clearances that apply to plant and people.
- Elevating Work Platform Association of Australia: The national industry association for elevating work platforms, and the body behind the Yellow Card operator familiarisation programme.
General information only, current at the time of writing. Requirements change and every site is different. Confirm the rules that apply to your job with the relevant authority and with whoever controls the workplace before work starts.
