A slewing telehandler and a non-slewing telehandler can look similar at first glance. They both use a telescopic boom to lift, carry, and place loads around a worksite. Both can be fitted with different attachments. And both need a trained, competent operator.What differs is movement. A non-slewing telehandler lifts and reaches from a fixed forward-facing position. A slewing telehandler can rotate its upper structure, which changes how the machine works, how the load moves, and what licence may be needed.And it’s a difference worth checking before booking training or sending someone onto a machine.
What is a telehandler?
A telehandler, also called a telescopic handler, is a mobile plant machine with a boom that extends forward and upward. On building sites, farms, yards, and civil works, it is often used to move pallets, lift materials, place loads at height, or support work with approved attachments.Some people call it a telehandler forklift because it can be fitted with fork arms and used for load shifting. That name can be misleading, though. A telehandler is not always treated like a standard forklift for licensing purposes.The licence pathway can depend on:
- The machine’s rated capacity
- Whether the machine can slew
- The attachment being used
- Whether the task involves lifting, carrying, placing, or using a work platform
That is why it is worth checking the machine and the job before assuming which telehandler licence applies.CTI offers telehandler-related training, including RIIHAN309F Conduct Telescopic Materials Handler Operations and Non-Slewing Telehandler Over 3 Tonnes (TV).Looking for dates? View the course calendar.
How a non-slewing telehandler works
A non-slewing telehandler does not rotate through the upper structure. The boom raises, lowers, extends, and retracts, but the machine generally works in line with its chassis.It’s useful for straightforward lifting and placing tasks. For example, a telehandler operator may use a non-slewing telehandler to unload pallets, move materials across a site, or place loads through an opening when the machine can be positioned directly in front of the work area.
Typical non-slewing telehandler tasks
A non-slewing telehandler is often used for work such as:
- Moving palletised materials around a site
- Loading and unloading deliveries
- Placing materials at height with fork arms
- Carrying loads across a yard or open work area
- Supporting trades where direct access is available
The work often looks simple, but the machine still carries risk. The load can affect stability as the boom extends. Ground conditions need to be factored in. And so do load charts, exclusion zones, attachment limits, and travel routes.A simple lift can become unsafe if you treat the machine like a normal forklift and ignore boom reach, load centre, or terrain.
How a slewing telehandler works
A slewing telehandler can rotate the upper structure, often working more like a small mobile crane than a fixed telehandler. The operator may be able to pick up a load in one position and rotate it into another without moving the whole machine.A little extra movement can help on tighter sites. It can also help when materials need to be placed around obstacles, or when the operator cannot easily drive into the ideal position for each lift.
What slewing changes on site
Slewing changes the way the load moves. Instead of travelling mainly forward and back with the machine, the load can move through a wider arc.That means the operator needs to think about:
- The swing area around the machine
- The load radius as the boom rotates
- People, structures, trenches, scaffolds, or plant nearby
- Ground conditions under the machine
- Communication with other workers during the lift
But because the machine can do more, the operator also needs to manage more.
Where the licence rules can change
Telehandler licence requirements are not based on the word “telehandler” alone. They depend on the type of machine, the rated capacity, and the attachment being used.In Victoria, WorkSafe states that a High Risk Work licence is required for a non-slewing telehandler with a rated capacity over 3 tonnes, a slewing telehandler, or a telehandler fitted with a boom-type elevating work platform of 11 metres or more.WorkSafe also states that a specific High Risk Work licence is not required for a non-slewing telehandler with a rated capacity of 3 tonnes or less. But the employer must still provide information, instruction, training, and supervision.But that last point can be deceptive. “No specific High Risk Work licence required” does not mean “no training required”. Employers still need to make sure the worker can use the machine safely for the work being done.
Licence checks before training
Before choosing a telehandler licence or telescopic handler licence pathway, check:
- Is the telehandler slewing or non-slewing?
- What is the rated capacity?
- What attachment will be used?
- Will the work involve suspended loads?
- Will the machine be fitted with a boom-type elevating work platform?
- Which state or territory will the work take place in?
For slewing machines, the relevant crane licence class may depend on the machine’s capacity. Safe Work Australia lists slewing mobile crane licence classes for up to 20 tonnes, up to 60 tonnes, up to 100 tonnes, and over 100 tonnes.This is why a slewing telehandler should be checked against the exact machine specifications before choosing a course.
How attachments affect the work
A telehandler can change jobs quickly when the attachment changes. Fork arms, jibs, buckets, hooks, winches, and work platforms can all change how the machine is used.Fork arms may be used for palletised loads. A jib or hook may make the task closer to crane-type lifting. A work platform can bring elevating work platform licence rules into the picture, especially where boom length reaches 11 metres or more.
Common attachment changes
Different attachments affect the risk profile of the job:
- Fork arms are usually used for palletised loads and materials handling
- Jibs or hooks may involve suspended loads and crane-type planning
- Buckets may change visibility, balance, and operating technique
- Work platforms can bring height-access licence requirements into the picture
The attachment also changes how the operator reads the task. Load weight, load centre, boom extension, travel position, visibility, and exclusion zones may all change.A telehandler that feels familiar with forks may behave very differently with a suspended load or platform.
What changes for the operator?
The biggest change is the way the operator plans movement.With a non-slewing telehandler, the operator usually positions the whole machine in line with the lift. Good setup still matters, but the load path is more direct. The operator needs to understand reach, rated capacity, ground slope, tyre position, and how the boom affects stability.With a slewing telehandler, the operator must also manage rotation. The load can travel sideways through the swing area. People, plant, scaffolds, trenches, structures, and overhead hazards may sit inside that path.
Operator focus areas
A telehandler operator should be confident with:
- Reading the relevant load chart
- Checking the attachment and rated capacity
- Setting up on suitable ground
- Planning the load path before the lift starts
- Keeping people out of the work area
- Stopping work if conditions change
The cab experience can also feel different. Slewing work often asks the operator to think like a crane operator: check the setup, understand the radius, watch the load path, and avoid rushing the movement.
Which telehandler suits the job?
A non-slewing telehandler often suits load shifting where the machine can be positioned directly in front of the work. It can be a practical choice for moving pallets, unloading deliveries, feeding materials to trades, or working in yards and open site areas.A slewing telehandler may suit jobs where the operator needs to lift and place loads around a wider area without constantly repositioning the base machine. It can be useful where space is tight, access is awkward, or materials need to be placed at different angles from one setup point.
A simple way to compare them
A non-slewing telehandler usually suits more direct work. Think of jobs where the machine can drive into position, lift, place, and move on.A slewing telehandler usually suits more complex placement work. Think of jobs where the machine needs to stay in one spot while the boom rotates to place the load.Neither option is automatically “better”. The right machine depends on the site, the lift, the attachment, and the operator’s training.
Check the machine before you book training
Before choosing a telehandler licence or training pathway, check the actual machine and task. Do not rely only on a job title, a hire listing, or the word “telehandler”.Start with the rated capacity. Then check whether the machine slews. Look at the attachment that will be used, the boom length, and whether the work includes suspended loads or a boom-type elevating work platform.For employers, the same check can help avoid sending workers to the wrong course. A telehandler operator who only needs materials-handler training may follow a different pathway from someone operating a non-slewing telehandler over 3 tonnes or a slewing machine that falls under a crane licence class.CTI can help you work through the practical question: what machine are you using, and what work will the operator be doing? Enquire now and tell us what work you’re doing.
