A safe machine relocation always needs structured project planning, a task-based risk assessment, the right lifting and transport plant, and permits for any oversized or high load on the route. Get moving by notifying the plant owner or operations lead, maintenance, a licensed lifting contractor, a heavy transport operator, your safety officer, and, where non-standard lift points are involved, a structural engineer. Permit lead times vary by state and route complexity, so build several weeks into your schedule rather than assuming a same-week approval.
TL;DR:
- Permits for loads above 4.3 to 4.6 meters in height or exceeding 5 meters laden height require early application and may need approval from electricity authorities, delaying schedules if not prepared in advance.
- The choice of lifting and transport methods depends on the machine’s weight, center of gravity, design lifted points, and site access, with specialist cranes often replacing forklifts for awkward or heavy loads.
- Building several weeks into the schedule for permit approvals, route scoping, and site preparation is crucial, as late permit refusals or route issues common in Melbourne can cause major delays.
- A comprehensive risk assessment must cover each stage of the lifecycle, including decommissioning, dismantling, transport, and installation, with controls tailored to hazards at each phase.
- Locking in all service plans, permit approvals, and specialist contractors early minimizes emergency rework during heavy-lift and load transfer phases, which are the highest-risk moments.
Table of Contents
- A copyable machine relocation checklist for your job plan
- Planning and risk assessment: what duty holders must document
- Choosing the right lifting and transport method
- Permits and route scoping for oversized loads
- Site preparation and traffic management on move day
- Installation, commissioning and handover after the move
- What we have learned moving machines across Melbourne
- Getting a quote for your machine relocation
- Sources
- FAQ
A copyable machine relocation checklist for your job plan
Before anyone touches a spanner, get the paperwork and the plan right. This sequence works as a standalone job plan or as the skeleton for a contractor brief.
- Define scope: collect machine drawings, weights, dimensions, and designated lift points from the manufacturer.
- Run a task-based risk assessment and prepare a Safe Work Method Statement (SWMS) covering every stage of the move.
- Choose the lifting method and plant, then confirm operator licences and, for non-standard lifts, get engineer sign-off.
- Scope the transport route, apply for permits, and notify electricity authorities if overhead clearance is a factor.
- Prepare the site: set up traffic management, exclusion zones, and dock protection before plant arrives.
- Dismantle and protect the machine for transit, then load, transport, and unload at the destination.
- Install, commission, and complete formal handover with documentation for operations and maintenance.
Pro Tip: Lock in your lifting contractor and transport operator before you finalise the move date. Specialist cranes and permitted heavy vehicles book out weeks ahead, and a late booking often dictates your timeline more than the machine itself does.
Planning and risk assessment: what duty holders must document
Safe Work Australia requires a lifecycle approach to plant risk management, meaning your assessment has to cover decommissioning, dismantling, transport, installation, and commissioning as connected stages rather than isolated tasks. Treat each stage as its own hazard set, because the controls that protect a rigger during dismantling are not the ones that protect a driver on a permitted route.
Common hazards across a relocation include:
- Overturning of the machine, plant, or vehicle during lift or transport.
- Dropped loads from failed rigging, incorrect lift points, or overloaded slings.
- Manual handling injuries from awkward or repetitive lifting during dismantling and reinstallation.
- Contact with overhead services, particularly powerlines along the transport route.
- Vibration and shock loading damaging sensitive components in transit.
A lifecycle risk assessment must cover decommissioning, dismantling and disposal as part of the plant’s overall life cycle, according to Safe Work Australia. Skipping the decommissioning stage in your paperwork is one of the most common gaps auditors find.
Apply the hierarchy of controls at each stage: eliminate the hazard where possible (reroute around a powerline rather than working near it), substitute safer plant (a crane instead of an unsuitable forklift), isolate people from moving loads with exclusion zones, and use engineering controls such as rated lifting frames before relying on procedures or PPE. Your safety officer and, where lift points are non-standard, a structural engineer should sign off the SWMS before work starts. Keep the risk assessment, SWMS, lift plan, and permit correspondence on file for the life of the project.
Choosing the right lifting and transport method
Method selection comes down to four questions: how heavy is the machine, where is its centre of gravity, where are its designated lift points, and what do the floor loading and access constraints allow. Get these wrong and you either under-specify the plant or damage the machine on the first lift.
- A forklift becomes inappropriate once the load is awkward, bulky, or exceeds safe lift geometry, and a mobile crane or dedicated load-shifting plant is usually the safer substitute, per WorkSafe Victoria.
- Skates and rollers suit heavy, low-profile machines moving short distances across a flat, load-rated floor.
- Specialist trailers with hydraulic suspension suit long-distance transport of tall or heavy machines needing a controlled ride.
- Load charts, rated slings and shackles, and current operator licences (including High Risk Work licences where required) must be verified before the lift, not on the day.
Any powered mobile plant used as a crane for lifts of one tonne or more needs burst protection fitted to its hydraulic cylinders, and this single check has stalled more than one scheduled lift when it was assumed rather than confirmed, according to the mobile crane code of practice.
Pro Tip: Never improvise a lift point. Use only the manufacturer’s designated lift point or an engineer-approved lifting attachment, and get that approval in writing before the crane arrives.
Permits and route scoping for oversized loads
Route scoping should start well before you book a truck, because a refusal discovered two days out will blow your whole schedule. NHVR rules mean loads above common gazetted height thresholds of 4.3 to 4.6 metres need a notice or permit, and laden heights above 5.0 metres commonly trigger an Over Height Clearance Authority letter from the electricity supply authority along the route.
- Confirm the final vehicle and load dimensions before applying, since permits are tied to the specific combination.
- Scope the route early, identifying every road manager, council, rail or tram authority, and, if relevant, police escort requirement along the way.
- Submit permit applications with dimensions, vehicle combination details, travel times, and an escort plan attached.
- Allow realistic lead time: third-party approvals and electricity authority clearances rarely turn around overnight.
Route scoping identifies the road managers and third-party approvals a permit application needs, which is why doing it early avoids late-stage refusals, per NHVR’s access management guidance.
Site preparation and traffic management on move day
The lift and load are usually the highest-risk hour of the whole project, so the site controls need to be locked in before the truck arrives, not improvised once it does.
- A traffic management plan should include a diagram showing operating areas, travel paths, exclusion zones, and driver safety zones, per WorkSafe Victoria.
- Pedestrian detours should be signed and physically barricaded, not just marked on a plan nobody reads on site.
- Loading docks need edge protection and a procedure to stop vehicles pulling away before the load is fully secured.
- Powered mobile plant should follow single-lift rules with a dedicated spotter and clear radio or hand-signal communication.
- Team lifts and mechanical aids reduce musculoskeletal disorder risk during manual handling of dismantled components, a point WorkSafe Victoria raises directly.
Installation, commissioning and handover after the move
Getting the machine back into service safely takes as much discipline as getting it out. Reconnect mechanical, fluid, and electrical services methodically, running safety isolation checks before any power is restored.
- Complete mechanical, fluid, and electrical reconnections, verifying isolation points before energising anything.
- Calibrate and align the machine, then run supervised dry cycles before full production resumes.
- Complete a commissioning sign-off checklist and file documentation for operations and maintenance records.
- Hand over formally to the operations team with all warranties and service records attached.
Pro Tip: Run site preparation and permit applications in parallel with dismantling, rather than in sequence. Staged commissioning, where non-critical lines restart first, also trims the total downtime window.
What we have learned moving machines across Melbourne
Onyx Removals supports plant moving, assembly and dismantling, and specialist transport as part of an integrated relocation service. The most common delay we see is not the lift itself but a permit or route issue discovered too late, which tighter early scoping consistently avoids. Careful sequencing, not extra equipment, is usually what saves a schedule.
— Dinshaw
Getting a quote for your machine relocation
Planning a machine relocation touches packing, transport, and often storage in the same project, and having one provider handle all three removes a layer of coordination most facility managers do not have time for.
Professional moving and relocation companies offer machine relocation projects with:
- Plant moving and specialist transport for heavy equipment.
- Assembling and dismantling to protect machines before and after transit.
- Storage facilities for staged installs or delayed site readiness.
- Office and House Packing & Unpacking at $109 per hour, for equipment needing protective packing.
To get a quote, have your machine drawings, weights, preferred dates, and site photos ready. Visit our services page or pricing page to request a technical scoping visit.
Sources
- Safe Work Australia – Managing risks: plant supply, design and registration
- NHVR – Dimension requirements: height
- WorkSafe Victoria – Forklift selection and planning
- WorkSafe Queensland – Mobile crane code of practice 2024
FAQ
What does a machine relocation typically involve?
A machine relocation involves project planning, a task-based risk assessment, choosing the right lifting and transport method, securing any required permits, and a commissioning and handover step once the machine is reinstalled. Each stage, from decommissioning through to commissioning, needs its own risk controls under the lifecycle approach set out by Safe Work Australia.
When do I need a permit to transport a machine?
You commonly need a notice or permit once a laden load exceeds gazetted height thresholds of 4.3 to 4.6 metres, and loads above 5.0 metres laden height often require an Over Height Clearance Authority letter from the local electricity supply authority, according to NHVR. Route scoping early in your planning helps confirm exactly which approvals your specific vehicle and load combination needs.
Can I use a forklift to relocate heavy machinery?
Sometimes, but a forklift becomes unsuitable once a load is awkward, bulky, or outside safe lift geometry, in which case a mobile crane or other load-shifting plant is the safer option, per WorkSafe Victoria. The right method depends on the machine’s weight, centre of gravity, and designated lift points.
How long does a machine relocation usually take?
Timelines vary widely depending on permit lead times, route complexity, and the machine’s size, so build in several weeks for planning and approvals rather than assuming a quick turnaround. Running site preparation and permit applications in parallel with dismantling, and staging commissioning, are the most reliable ways to cut the downtime window.
Who is responsible for safety during a machine relocation?
Responsibility is shared across the plant owner, the lifting contractor, the transport operator, and a safety officer, with an engineer’s sign-off required for non-standard lift points. Keeping the risk assessment, SWMS, and permit documentation on file throughout the project supports accountability at every stage.
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