Not all scissor lifts are interchangeable. The wide electric slab model that works perfectly in a warehouse will get stuck in soft ground on a construction site and may not fit through a narrow doorway in a heritage building. Understanding the different scissor lift types available in Australia — and what each is optimised for — prevents wrong-machine hire calls, site delays, and equipment damage.
Electric slab scissor lifts (indoor)
Electric slab scissor lifts are the most common type in Australian hire fleets. They run on battery power — typically DC motor-driven hydraulics — producing zero direct emissions, which makes them the only appropriate type for enclosed indoor spaces. They are designed to operate on smooth, hard, level surfaces: concrete slabs, warehouse floors, showroom floors, and similar indoor environments.
Slab machines are available in a range of platform heights from around 6m up to 14m or more. Narrower deck models suit tighter access; wider decks provide more working area for two-person crews. Most commercial fitout, warehouse maintenance, building services and retail projects in Australia use electric slab scissor lifts.
Rough terrain diesel scissor lifts (outdoor)
Rough terrain (RT) scissor lifts are designed for outdoor construction and civil works. They run on diesel (or sometimes dual-fuel) engines, feature larger-diameter tyres with aggressive tread, greater ground clearance, and increased chassis rigidity to handle uneven surfaces, slopes and soft ground.
RT models are common on construction sites, infrastructure projects, quarries and any outdoor environment where the smooth floor assumptions of a slab machine cannot be met. They are heavier, wider and taller than their indoor equivalents, which affects transport logistics and the minimum site access width required.
Narrow-aisle scissor lifts
Narrow-aisle models are a sub-category of electric slab machines designed with a reduced chassis width to fit through doorways and into spaces that a standard-width scissor lift cannot access. They are common in heritage building refurbishment, retail fitout in existing tenancies, aged care facilities, and any site where the access opening is smaller than a standard lift's footprint.
The trade-off is a reduced working platform width and often a lower rated platform capacity. They are not designed for two-person crews with heavy tool loads — they are access tools for one or two people and hand tools in tight spaces.
Bi-energy and electric-with-generator scissor lifts
Bi-energy machines can switch between electric (battery) power for indoor use and an onboard engine for outdoor use where charging infrastructure is not available. This flexibility makes them well-suited to projects that span both indoor and outdoor areas, or sites in remote locations without reliable power access for recharging.
Some operators achieve similar flexibility by pairing an electric scissor lift with a portable generator — though this approach introduces additional fuel handling and noise considerations that bi-energy machines avoid by design.
Large platform and stock-picker models
Large-platform scissor lifts feature extended decks that can accommodate multiple workers, large material loads, or specialised attachments. They are common in infrastructure maintenance, stadium and events work, large-format retail fitout, and industrial applications where a standard-width platform would require too many repositioning moves to cover the job efficiently.
Stock-picker variants incorporate a small mast or elevated platform at one end of the deck for a single operator working at height above the main platform — used extensively in warehousing and logistics.
Choosing the right type
- Determine the surface: smooth indoor floor → electric slab; outdoor construction ground → rough terrain diesel.
- Measure the access: doorways, lifts and internal corridors under ~1.2m wide need a narrow-aisle model.
- Check emissions: enclosed or partially enclosed spaces with ventilation restrictions require electric-powered machines.
- Confirm the working height: match the machine's maximum platform height to the task, with margin.
- Assess the load: count all occupants, tools and materials against the rated platform capacity.
This guide is general information prepared by EWP Australia and is grounded in publicly available Australian Standards and Safe Work Australia material. It is not a substitute for the current published edition of the relevant standard or for site-specific engineering advice. Always work from the current standard and consult a competent person for your specific equipment and application.