Quick answer: EWP and scissor lift work often requires a SWMS because it combines work at height with powered mobile plant risk. The document should cover both the access risk and the plant risk.
Last reviewed: March 2026 by the BlueSafe Technical Team. Reflects current Australian WHS requirements.
EWPs are often treated as the safer alternative to ladders, which is true in many situations, but they still create a distinct risk profile. The SWMS should deal with setup, travel path, overhead exposure, edge work, and rescue options if the platform stops or a worker becomes trapped.
At a glance
| Item | Summary |
|---|---|
| SWMS legally required? | Yes |
| Licence required? | Depends on task |
| Common HRCW triggers | #1 falls, #16 powered mobile plant |
| Typical equipment | EWP, scissor lift, boom lift |
| Main SWMS focus | Pre-starts, ground conditions, movement, exclusion zones, rescue |
| Main risk | Ejection, overturning, crushing, or collision at height |
When does EWP work need a SWMS?
EWP work commonly needs a SWMS because it often involves both work at height and powered mobile plant.
Typical examples include:
- elevated installation or maintenance work
- facade or services work
- internal access where overhead services exist
- construction work with a boom or scissor lift in active work zones
Why EWP planning is different from ladder planning
An EWP changes the access method, but it also adds plant movement and ground condition risk.
| Equipment | Typical added risk |
|---|---|
| Scissor lift | platform movement, slab edges, surface loading |
| Boom lift | outreach, swing, ejection, overhead contact |
| General EWP | travel path, collision, entrapment, emergency lowering |
What an EWP SWMS should cover
The document should explain:
- pre-start inspection and plant condition
- ground bearing and setup conditions
- exclusion zones around the machine
- how workers enter, use, and exit the platform
- fall prevention and restraint arrangements
- emergency lowering and rescue method
Common failures on EWP jobs
The most common failures are:
- poor ground assessment
- uncontrolled movement near other plant or structures
- workers leaning or climbing within the platform
- inadequate exclusion zones
- no practical rescue or lowering plan
State and territory variations
EWP duties sit within the broader construction and plant rules of the jurisdiction.
| Jurisdiction | Regulator | Key note |
|---|---|---|
| NSW | SafeWork NSW | Model WHS framework applies |
| VIC | WorkSafe Victoria | Different legislative framework and local rules |
| QLD | Workplace Health and Safety Queensland | Model WHS framework applies |
| SA | SafeWork SA | Model WHS framework applies |
| WA | WorkSafe WA | Model WHS framework applies with local variations |
| TAS | WorkSafe Tasmania | Model WHS framework applies |
| ACT | WorkSafe ACT | Model WHS framework applies |
| NT | NT WorkSafe | Model WHS framework applies |
Related guides
- Working at Heights SWMS - Complete Guide for Australian Businesses
- Ladder SWMS - When a Ladder Requires a SWMS
- Scaffolding SWMS - Erection, Dismantling and Use Requirements
Frequently asked questions
Does EWP work require a SWMS?
In many cases yes, because it commonly involves HRCW falls and plant risk.
Is a scissor lift different from a boom lift for SWMS purposes?
Yes. The plant type changes the risk profile, even if both can require a SWMS.
Do EWPs involve licensing?
They can, depending on the equipment and the work situation.
What should an EWP SWMS cover?
It should cover pre-start checks, ground conditions, plant movement, access control, and rescue.
SWMS templates for EWP and scissor lift work
- Elevating Work Platform EWP SWMS for general EWP operations.
- Scissor Lift SWMS for scissor-lift-specific work and platform movement risks.
- Boom Lift SWMS for articulated or boom-type elevated plant operations.