Safety & Compliance
Electric vs Diesel Scissor Lifts: Which One Suits Your Job?
Ask us to recommend a scissor lift hire and the first thing we’ll ask back is where it’s working. Not how high, not for how long, not what it’s lifting. Where. Because the single decision that gets a scissor lift hire right or wrong is electric versus diesel, and that decision is settled almost entirely by the ground the machine stands on and the space around it.
Most guides tell you electric is for low indoor work and diesel is for high outdoor work. That’s half right and the half that’s wrong costs people money. Our electric machines go up to 46ft and our diesel machines up to 53ft, so the two overlap across most working heights. Height rarely decides it. The site does.
Here’s how to get it right the first time.
Why Electric: Built for Inside and Hard Surfaces
An electric scissor lift runs on a battery. No engine, no exhaust, low noise, and non-marking tyres that won’t mark a finished floor. Everything good about an electric machine on site flows from those facts.
It’s the right call when you’re working indoors or on a flat, sealed surface. Warehouse fit-outs and racking, retail and shopping-centre maintenance, office ceiling and lighting work, hospitals and aged care, schools, data-centre cabling, indoor electrical and mechanical jobs. Anywhere there’s a roof overhead or people working nearby, electric is usually not just the better option but the only one a building owner will allow through the door, because a diesel engine running indoors is an air-quality problem nobody wants to sign off on.
The other thing electric does well is fit. A narrow electric machine is around 0.8m wide, which means it goes through a standard doorway and works down aisles a bigger machine can’t enter. If your job is inside a building that’s already finished and occupied, that matters as much as the height.
Across the range, our electric scissor lifts cover everything from compact units for tight indoor work up to 46ft for high warehouse and commercial interiors. You can see the full spread on the electric scissor lift hire page.
Why Diesel: Built for Outside and Rough Ground
A diesel scissor lift is a different animal. Heavier, more powerful, sitting on chunky rough-terrain tyres with four-wheel drive and oscillating axles. It’s built to work where the ground isn’t your friend.
That’s the machine for construction sites, civil and infrastructure work, new housing estates before the driveways go in, outdoor industrial maintenance, and any job on dirt, gravel, mud, or slope. A rough-terrain diesel will climb a gradient of around 35% and keep its footing on ground that would strand or tip an electric machine designed for a flat slab.
Diesel also carries more. Where a typical electric unit takes two people and light tools at around 227kg, a rough-terrain diesel platform handles roughly double that, closer to 450kg. For welders, glaziers, and steel fixers who go up with serious gear, that capacity changes how the day runs. And with no battery to manage, a diesel works a long outdoor shift without anyone thinking about charging.
Our diesel range runs up to 53ft for high outdoor access. The full fleet is on the diesel scissor lift hire page.
Electric vs Diesel at a Glance
| Electric | Diesel | |
| Best for | Indoors, flat sealed surfaces | Outdoors, rough or sloped ground |
| Surface | Smooth slab, finished floors | Dirt, gravel, mud, uneven sites |
| Width (narrow models) | From around 0.8m, fits a standard doorway | Around 1.8m, won’t fit a normal door |
| Weight | Lighter, often under 2 tonnes | Heavier, can exceed 4 tonnes |
| Slope / gradeability | Level ground only | Handles gradients around 35% |
| Platform capacity | Around 227kg, two people plus light tools | Around 450kg, two plus heavy gear |
| Max height (our fleet) | Up to 46ft | Up to 53ft |
| Emissions / noise | Zero emissions, quiet, runs indoors and overnight | Engine exhaust and noise, outdoor use |
| Power | Battery, needs charging access | Diesel, runs as long as there’s fuel |
| Drive | Front-wheel, flat surfaces | Four-wheel drive, rough terrain |
The Questions That Come Up Before Every Booking
Once you know it’s indoors or outdoors, the choice is mostly made. But the same practical questions come up again and again once a machine is about to land on site, and they’re worth answering before you book, not after the lift arrives.
Will it get up my ramp or slope? This is a diesel job. A rough-terrain diesel handles real gradients, around 35% stowed on the bigger units. An electric machine is built for level ground and shouldn’t be driven on anything more than a gentle incline. If your site has a ramp, a slope, or uneven approach, that alone points to diesel.
How wide is it? Will it fit through my entry? A narrow electric unit is about 0.8m wide and clears a standard doorway. Diesel machines are wider, closer to 1.8m overall, and are not getting through a normal door. If access is through a building, measure the tightest point and tell us, and we’ll match a machine that fits.
How heavy is it? Will it crack my slab or fit in the goods lift? Weight is the question people forget until it’s too late. A compact electric machine runs under two tonnes; a rough-terrain diesel can be over four. On a suspended floor, a mezzanine, or anywhere with a floor-loading limit, that difference decides it. If you’re going up in a goods lift or working on an upper level, weight matters more than height.
Can I charge it while I’m working, and is the cable a hazard? Electric machines charge from a standard supply, and on a long shift you’ll want charging access on site or a plan to top up overnight. The practical issue is a charging lead running across a work area, which is a trip hazard you manage by charging during breaks or out of the traffic path. If there’s no reliable power on site, or the shift is too long to break for charging, diesel removes the question entirely.
How long does it run before it stops? An electric machine’s working time depends on how hard it’s used, how much driving versus lifting, and how well it was charged. For a normal day’s indoor work it’s rarely an issue. For continuous heavy use across a full shift, plan the charging or look at diesel. A diesel runs as long as there’s fuel in the tank.
How loud is it? Electric is quiet enough to run overnight in a residential street or near occupied wards and offices. Diesel is not. If you’re working after hours in a noise-sensitive area, that pushes you to electric regardless of whether the surface would have allowed diesel. Operators also need the right ticket before getting on any scissor lift, which our EWP training covers.
The Cost Isn’t Just the Day Rate
Two machines with similar day rates can cost very differently over a hire. Diesel burns fuel and usually needs a larger truck to deliver, which lifts transport cost. Electric needs charging access, and a forgotten overnight charge can stall a crew by mid-morning, which costs far more than any rate difference. And some sites simply won’t accept a diesel machine at all, so on hospital, government, or sensitive commercial work, low-emission electric isn’t a preference, it’s a gate requirement. Checking that before you book saves a machine being turned away on arrival.
Still Deciding? Tell Us the Site
Three questions sort almost every job. Where is it working, indoors or out? What’s the ground like, flat and sealed or rough and sloped? And are there limits to clear, like a doorway width, a floor-loading cap, a noise restriction, or an emissions rule? Run those and the right machine is usually obvious.
For the jobs that sit in between, that’s what we’re here for. Get in touch and describe the site, the surface, the access, and the height you need, and we’ll point you to the machine that fits the job rather than the dearest one on the yard. If it helps, we’ll come and look before anything’s booked.
