Tower Crane Erection / Climbing / Dismantle SWMS
SWMS template for tower crane erection / climbing / dismantle. Covers Initial erection, climbing/jacking, dismantle sequence.. 8-state AU coverage, CIH-reviewed editable DOCX delivered within 24 hours of payment.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Tower crane erection, climbing (internal or external jacking), and dismantle is among the most hazardous activities undertaken on any Australian construction site. The work involves coordinated lifting of mast sections, slewing units, jib assemblies, and counter-jib counterweights at significant heights, often using a mobile assist crane and specialist crane crews. A failure during any phase — particularly first erection or top-down dismantle when the structure is at its least stable — has historically resulted in fatalities, catastrophic structural collapse, and damage to neighbouring property.
Under the model Work Health and Safety Act 2011 and WHS Regulation 2017 (as adopted across NSW, QLD, ACT, NT, TAS, SA and aligned with WA's WHS Act 2020 and Victoria's OHS Act 2004 and OHS Regulations 2017), this work is High Risk Construction Work under regulation 291. It involves work at height greater than 2 metres (291(1)(b)), structural alterations requiring temporary support to prevent collapse (291(1)(g)), and work in an area where there is a risk of falling objects (291(1)(j)). A tower crane is also a registrable plant item under Schedule 5 of the Regulation.
A documented Safe Work Method Statement is mandatory before this work commences. The SWMS must identify hazards, assess risks, document control measures consistent with the hierarchy of controls (r36), and be available for inspection by the regulator. The principal contractor must ensure the SWMS is provided before HRCW begins (r299) and that work is stopped if the SWMS is not being followed (r300). This template is CIH-reviewed and aligned with the Code of Practice: Construction Work, the Code of Practice: Managing the Risk of Falls at Workplaces, and AS 2550.1 / AS 2550.5 (Cranes — Safe Use, Tower Cranes).
Hazards identified
6 hazards covered, sorted by priority.
Catastrophic crane collapse, multiple fatalities, and crushing of workers, plant and surrounding structures
Fatal fall; serious injury from arrested falls if rescue is delayed
Fatal head/torso injuries from falling objects; third-party injury and property damage outside the site boundary
Two-blocking, load drop, assist crane tip-over and secondary collapse of the tower crane being erected
Loss of structural stability, uncontrolled slew, jib strike on adjacent structures or workers
Electrocution, arc-flash burns, fatality
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Engage only crane erection crews holding CN/C2/C6 high-risk work licences as appropriate, with documented competency in the specific tower crane make/model (per AS 2550.5 and manufacturer training certification)
- 2Obtain and follow the manufacturer's erection, climbing and dismantle manual on site at all times — including bolt torque specifications, sequence diagrams and climbing frame engagement checks
- 3Engineer-certified lift study and erection plan reviewed by a Chartered Professional Engineer (CPEng), including assist crane selection, ground bearing pressures, tie-in design and base reactions
- 4Establish exclusion zones below and around the work area calculated for dropped object trajectory plus wind drift; physical hard barricades and spotters at all access points; suspend work below the crane
- 5Wind monitoring with anemometer at jib height; cease erection/dismantle when wind speed exceeds manufacturer limits (typically 36 km/h for erection, lower for free-slew dismantle)
- 6Fall protection hierarchy applied: work platforms and handrails on slewing unit and counter-jib first; twin-tail energy-absorbing lanyards rated to AS/NZS 1891 with engineered anchor points; rescue plan with documented retrieval method and equipment on site before work commences
- 7Tool tethering for all hand tools; bolt bags closed; lanyards on torque wrenches; no loose items in pockets when working above ground level
- 8Pre-start inspection of assist crane, rigging gear (slings, shackles tagged and within test date per AS 4991), climbing frame hydraulics and bolts; documented hold-point sign-offs at each erection stage
- 9Energy isolation and lockout/tagout of crane electrical supply during mast work; minimum approach distances to overhead powerlines per the Code of Practice: Excavation Work and AS/NZS 4836
- 10Daily pre-start toolbox talk and SWMS sign-on; stop-work authority issued to every crew member; supervisor present at all hold points
- 11Structural inspection and torque verification of all bolted connections after each climb and prior to handover, recorded on inspection register
- 12Site-specific Emergency Response Plan including high-angle rescue, contact with emergency services, and notifiable incident reporting under WHS Act s38
Applicable Codes of Practice
Mandates a SWMS before tower crane erection/dismantle commences and requires it to be kept and reviewed
Tower cranes are registrable plant; design and item registration must be verified before erection
Sets out the duty to prepare a SWMS for HRCW and the minimum content requirements
Hierarchy of fall control applied to all work above 2m on the mast, jib and counter-jib
General safe use principles applicable to the assist crane and tower crane
Specific safe use, erection, climbing and dismantle requirements for tower cranes
Design standard referenced for verifying compliant equipment and components
Specifies harness, lanyard and anchor requirements for personal fall arrest used during erection
Governs lifting lugs, slings and below-the-hook devices used to lift mast and counterweight sections
High-Risk Construction Work triggered
Erection, climbing and dismantle activities are routinely performed on the mast, slewing unit, jib and counter-jib at heights from 20m to 80m+ above the ground
During climbing and dismantle the tower crane is in a partially-supported configuration relying on the climbing frame, hydraulic jacks and tie-ins; loss of any temporary support results in collapse
Bolts, pins, hand tools, slings and structural components are handled at significant height directly above the assist crane crew, dogger and ground-level support workers
Because this work falls within multiple HRCW categories under r291, a written SWMS is mandatory before work starts. The principal contractor must obtain the SWMS (r309), ensure work is carried out in accordance with it (r300), and stop work immediately if it is not. Failure to prepare or follow a SWMS for HRCW carries penalties up to $6,000 (individual) and $30,000 (body corporate) under the Regulation, with separate s32–s33 WHS Act penalties (Category 2/3 offences) up to $1.5M for a body corporate where reckless conduct or serious risk is involved.
Who this is for
- →Principal contractors and head contractors managing high-rise or major civil projects with tower crane requirements
- →Crane hire and erection companies (e.g. Marr, WGC, Preston Hire, Liebherr-Australia subcontractors) preparing project-specific SWMS
- →Construction safety managers and HSE advisors required to review and approve crane erection documentation
- →Site engineers and project managers coordinating crane erection hold points and assist crane bookings
- →Crane crew supervisors (CN-licensed riggers and dogmen) responsible for on-the-ground execution and sign-on
- →WHS consultants preparing crane management plans for tier-1 and tier-2 builders
What you receive
- ✓Fully editable Microsoft Word (DOCX) SWMS template, pre-populated and ready to customise with project details
- ✓State-specific legislation schedule covering NSW, VIC, QLD, WA, SA, TAS, ACT and NT WHS/OHS regulations and notifiable incident contacts
- ✓Hazard register with all 6 identified hazards, risk-rated using a 5x5 matrix, with linked controls and residual risk scoring
- ✓Worker sign-on register meeting r300 evidence requirements (name, date, signature, induction confirmation)
- ✓Pre-erection hold-point checklist aligned to AS 2550.5
- ✓Wind monitoring and stop-work threshold table
- ✓Emergency response and high-angle rescue plan template
- ✓CIH review certificate confirming the document has been reviewed by a Certified Industrial Hygienist
- ✓Delivery within 24 hours of payment confirmation
Worked example
A tier-1 builder is constructing a 38-storey residential tower in Parramatta, NSW. The crane hire contractor is scheduled to erect a Liebherr 280 EC-H tower crane on a 12m base section, with two internal climbs planned at level 14 and level 28. The site safety manager downloads this SWMS template, populates the project header (site address, principal contractor, SafeWork NSW notification reference), inserts the manufacturer's erection sequence drawings, and adjusts the wind threshold table to match the Liebherr 280 EC-H manual (max 36 km/h at hook height for erection). The assist crane — a 250t Liebherr LTM mobile — is added to the lift study appendix, and the engineer's certified lift plan is referenced in the controls section. On the morning of erection, the crane crew (lead rigger holding CN, two doggers holding DG, and a basic rigger) attend a toolbox talk where each hazard and control is walked through against the SWMS. They sign the worker register, confirm anemometer readings are within limits, and proceed through documented hold points. When wind picks up to 38 km/h mid-afternoon during counter-jib installation, the supervisor invokes the stop-work threshold listed in the SWMS, secures the partially-erected structure per the manufacturer's procedure, and stands the crew down — exactly the kind of documented, evidence-based decision SafeWork NSW inspectors expect to see when auditing HRCW.
Related legislation
- Work Health and Safety Act 2011 (Cth model) — sections 19 (primary duty of care), 32–33 (Category 2 and 3 offences), 38 (notifiable incidents)
- Work Health and Safety Regulation 2017 — Chapter 6 Part 6.3 (Construction work) and Chapter 5 (Plant)
- Occupational Health and Safety Act 2004 (Vic) and OHS Regulations 2017 — Part 5.1 Construction
- Work Health and Safety Act 2020 (WA) and WHS (General) Regulations 2022
- Work Health and Safety Act 2011 (Qld) and WHS Regulation 2011 (Qld)
- Code of Practice: How to Manage Work Health and Safety Risks
- Code of Practice: Managing the Risks of Plant in the Workplace
- Code of Practice: Construction Work
- National Standard for Licensing Persons Performing High Risk Work
Frequently asked questions
Is a SWMS legally required for tower crane erection in Australia?
Yes. Tower crane erection, climbing and dismantle is High Risk Construction Work under regulation 291 of the model WHS Regulation (and equivalent state regulations). A written SWMS must be prepared before work commences and must be available to the regulator and reviewed if conditions change. Failing to prepare or follow a SWMS exposes the PCBU to penalties under the Regulation and potentially Category 2/3 offences under the WHS Act.
Does this SWMS replace the manufacturer's erection manual or the engineer's lift study?
No. A SWMS is a workplace risk-control document — it does not replace the OEM erection manual, the structural design certification, or the engineer-certified lift study and ground-bearing assessment. This SWMS template references those documents and integrates them into the site-level safe work process. All three must be on site before erection begins.
Who can sign off on this SWMS?
The SWMS should be authored or reviewed by a competent person with knowledge of tower crane erection (typically the crane company's lift supervisor or HSE manager) and signed off by the PCBU's responsible officer (e.g. site/project manager). Every worker performing the HRCW must sign the worker register before commencing — this is the evidence the regulator will request.
Does the template cover all Australian states and territories?
Yes. The included legislation schedule covers NSW, VIC, QLD, WA, SA, TAS, ACT and NT. Victoria and WA references their respective OHS Act 2004 / WHS Act 2020 frameworks; the other jurisdictions reference the harmonised model WHS Act 2011 and Regulation. State-specific notifiable incident contact details are included.
How often must the SWMS be reviewed?
Under r300 of the WHS Regulation, the SWMS must be reviewed and revised if a control measure is revised, if there is an indication that controls are not effective, before a change to the work, or if a new hazard is identified. For multi-stage tower crane works (erection → climbs → dismantle), we recommend formal review before each climb and before dismantle, with the revision recorded on the document control page.
Is the document editable, and can we add our company branding?
Yes. The SWMS is delivered as a fully editable Microsoft Word DOCX file. You can insert your logo, project header, ABN, and customise any control measure to suit site-specific conditions. We recommend keeping the CIH review reference visible as evidence of independent expert review.