The short answer on cherry picker vs scaffolding
If the work stays in one place for more than about a fortnight, scaffold usually wins. If the work moves, or you need to reach over something, a cherry picker will almost always finish it faster and with nothing to erect or dismantle.
Both get a person up to the work safely. They are good at completely different jobs, and picking the wrong one is usually obvious about three days in, when the scaffold is up and the work has moved forty metres down the street.
Here is how we think about it when somebody rings and is not sure which they need.
Cherry picker vs scaffolding: the question is not cost, it is whether the work moves
That is the whole decision, most of the time. Scaffold is a structure you build once and work from for as long as it stands. An elevating work platform is a machine that goes up, does the work, comes down and drives to the next spot.
Scaffold suits
One face of one structure, work that runs for weeks, several trades needing to be up there at once, and jobs where you need a working deck to put materials on.
A tower suits
Work that moves along a line or around a building, jobs measured in days rather than weeks, awkward angles, and anywhere you need to reach over something rather than stand beside it.
The rule of thumb
If you will be working from the same position for more than about a fortnight, scaffold usually earns its erection cost. If the work moves, or if you need to reach over an obstacle, a tower will almost always finish it faster.
Where a tower wins outright
There are jobs where it is not a comparison at all.
Anywhere near live conductors
An insulated tower is rated to work inside the clearances the network sets[4]. Scaffold near live lines is a different and much harder conversation.
Over something you cannot stand beside
A tower reaches out. A scaffold has to be built underneath, and if what is underneath is a roof, a garden bed, water or a road, that is a problem.
Same-day work
A tower arrives, sets up on its legs and is working within the hour. Scaffold has to be erected, inspected and eventually dismantled.
Work strung along a line
Street trees, a run of powerline, a long facade. A tower moves down the job. Scaffold has to be struck and rebuilt.
Scaffold is a place to stand. A tower is a way to get there. Which you need depends on how long you are staying.
What it costs you in time, not money
The comparison people run is day rate against erection cost. The one that actually decides a job is how many working days each option gives you.
| Scaffold | Truck-mounted tower | |
|---|---|---|
| Before work starts | Erection, then inspection before anyone uses it | Drives on, sets its legs, working within the hour |
| Moving to the next position | Struck and rebuilt | Drives there |
| At the end | Dismantled and collected | Drives away |
| If the scope changes | Often a new erection | Usually just a different set-up position |
Where scaffold wins outright
We hire towers, and we will still tell you when scaffold is the better answer, because sending the wrong machine to a job helps nobody.
Several trades, one facade, weeks on end
If four trades need access to the same wall over a month, a working deck they can all use beats a machine one of them books at a time.
You need to store materials at height
A platform holds bricks, render, sheeting. A basket holds a person and their tools and that is close to it.
Continuous access for the public or inspectors
Scaffold with a proper stair tower gives anyone access at any time. A tower gives access to whoever is in the basket.
What the rules say about working at height
Whichever you choose, the duty is the same. Victorian compliance guidance sets out a hierarchy for work at height[1], and the regulator’s EWP guidance covers selection, ground conditions and the responsibilities of whoever controls the workplace[2].
Both still need the paperwork
Scaffold over four metres needs a licensed scaffolder and an inspection regime. A boom-type EWP over 11 metres needs an operator holding a high risk work licence. Neither is the cheap option once you count the compliance properly.
What scaffold costs you before anyone starts work
The rate on a scaffold quote covers the material. The cost that decides the job is the labour and the calendar around it.
Scaffold has to be erected by competent people, inspected before first use, and inspected again at intervals and after anything that could have affected its stability. Then it has to come down. On a job of any height that is days at each end, and those days sit either side of the work you actually wanted to do.
A tower has none of that. It arrives as a truck, sets up on its own legs in minutes, and drives away when the job is done. On a one-day job the difference is not a rate comparison at all, it is the difference between a week and a day.
This is why the cherry picker vs scaffolding question is so often answered wrongly by comparing the two rates. The rates are comparing different things.
Duration is what actually flips the answer
There is a crossover point, and it is about how long the work stays in one place.
For short work, or work that moves along a line of trees, a fence, a row of poles or a street frontage, a tower wins outright. Every relocation is a set of levers rather than a dismantle and re-erect.
For long work that stays in exactly one spot, the maths turns. A facade being rendered over six weeks, a wall being rebuilt, anything where trades need a continuous working platform with materials stacked on it, is scaffold work. A tower with one or two people in a basket cannot hold a day’s materials, and paying a hire rate for six weeks to do a job scaffold does better is the wrong call.
The rough shape of it: the longer the work stays still, and the more people and material need to be up there at once, the more the answer moves towards scaffold.
Insulation is the one thing scaffold cannot offer
If the work is anywhere near a live conductor, the comparison stops being a comparison.
An insulated tower is built to put a barrier between the person in the basket and the ground, with an insulated boom section and a fibreglass basket. It is tested to prove that barrier is still intact, and on our fleet that test happens every six months and confirms the machine is safe to be working with and around live power lines.
Scaffold is a conductive steel structure standing on the ground. There is no version of it that provides electrical separation, and no test that would give it one.
So for line-adjacent work the cherry picker vs scaffolding question does not arise. The only question is whether the tower is rated for the voltage involved, and whether the asset owner has given approval for the work.
Footprint on the ground
Both need space, but they need it in different shapes and at different times.
| Truck-mounted tower | Scaffold | |
|---|---|---|
| Set-up time | Minutes, by the operator | Days, by a crew |
| Ground needed | A stable footprint for four jacklegs | A continuous stable base along the whole run |
| Space occupied between shifts | None; the truck drives away | The full structure stays up for the duration |
| Relocating along a frontage | Lower the legs, drive, reset | Dismantle and re-erect |
| People at height | One or two in a basket | A full crew across the run |
| Materials at height | Basket capacity only | Substantial, across the deck |
| Public interface | Occupies the footprint only while working | Occupies it continuously, often needing hoarding |
What happens when the work moves
This is the single question that settles most jobs, and it is worth asking before either quote.
If the work moves, a tower is almost always right. Tree work moves by definition. Line work moves pole to pole. Sign, light and camera work moves along a street. Gutter and roofline work moves around a building.
If the work does not move, and it needs a platform rather than a basket, scaffold is almost always right.
Everything else is detail. Height matters less than people expect, because both options can be specified to reach; it is the pattern of the work that decides which one suits.
Using both on the same job
They are not mutually exclusive, and on larger sites the sensible answer is often both.
Scaffold goes up where the sustained work is. A tower comes in for the parts scaffold cannot reach economically, the awkward single points, the work over a roof or a garden bed, and anything near a service that has to stay live.
It also solves the sequencing problem. Bringing a tower in for a day removes the need to extend scaffold for a fortnight to reach one corner.
If a quote is being written for a whole site, ask for it that way rather than forcing one method across everything.
Cherry picker vs scaffolding: what to check before you decide
Five things, and none of them is the rate.
First, does the work move, or stay in one place? Second, how many people and how much material need to be at height at the same time? Third, is there anything live nearby, and if so what is its voltage? Fourth, can the access take a truck, and can the ground take four jacklegs? Fifth, how long is the work, counted including set-up and dismantle rather than just the productive days.
Answer those and the cherry picker vs scaffolding decision usually makes itself. If the answers land in the middle, tell us what you are dealing with and we will work out something that suits.
Reaching over something, rather than building around it
The advantage that decides a surprising number of jobs has nothing to do with height. It is outreach.
A tower can stand in one place and put the basket out sideways over a fence, a garden bed, a roof, a waterway, a rail corridor or a live service, then bring it back and move on. The Redmond Gary TF17M reaches 13 metres out from the truck. Nothing has to be built in the space being worked over, and nothing has to touch it.
Scaffold has to occupy the ground beneath the work, or be built out to it. Where the ground beneath is a garden the client wants kept, a driveway that has to stay open, a slope, a body of water or an area that cannot be loaded, that becomes an engineering problem with a cost attached.
So when the work sits above something you cannot build on, the cherry picker vs scaffolding comparison usually stops there.
It is also why obstruction matters more than distance when you describe a job to us. Tell us what is between the truck and the work, not just how high the work is.
What each option asks of the people doing the work
The two methods put a crew in very different positions, and that has a practical bearing on how a day runs.
A tower puts one or two people in a basket with a control panel in front of them. They position themselves precisely, work, and reposition without coming down. Getting to the work is seconds. The trade-off is that they are limited to what fits in the basket with them, and the basket has a safe working load that includes the people, their tools and anything they cut or remove.
Scaffold puts a whole crew on a continuous deck with room to stage materials, and lets several trades work at once. The trade-off is the climb, the fixed geometry, and the fact that reaching anything the scaffold was not built to reach means altering the scaffold.
Neither is better in the abstract. A crew rendering a wall wants the deck. A crew removing limbs over a house wants the basket.
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.
A short way to decide
- How many days on this exact spot?
Under about ten, a tower is usually ahead. Over about fifteen, scaffold starts to win. - Does the work move?
If yes, a tower, almost regardless of duration. - Do you need to put materials up there?
If yes, that points to a deck. - Is any of it near live conductors?
If yes, an insulated tower, and the conversation is about clearances rather than cost. - Can you get a truck to it?
If access is genuinely impossible for a vehicle, that decides it for you.
Frequently asked questions
Is a cherry picker cheaper than scaffolding?
Can I use a cherry picker instead of scaffolding for painting?
Which is safer?
Do I need a licence for either?
Can a cherry picker work near powerlines when scaffold cannot?
Is a cherry picker cheaper than scaffolding?
How long does a tower take to set up?
Can scaffold be used near power lines?
What if the job is a mix of both?
Do I need a licence to use a cherry picker?
How much ground clearance does a tower need?
Can a cherry picker work on soft ground?
Which one is safer?
Can a cherry picker reach over a house or a fence?
How many people can work from a cherry picker at once?
Does a tower need to stand directly under the work?
What if I cannot get a truck close enough?
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 — Compliance code, prevention of falls in general construction: The compliance code that governs how work at height is planned, and where an elevating work platform sits in the hierarchy of control measures.
- 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.
- 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.
