Why Your Working at Heights Rescue Plan Might Be Failing You
Working at heights remains one of the highest-risk activities across construction, industrial, and maintenance environments. While most businesses have a Working at Heights Safety Plan in place, there’s a critical issue we see far too often:
👉 The plan exists on paper—but it can’t actually be executed when it matters.
What the Law Actually Requires
Under the NSW Work Health and Safety Regulation 2017, if a fall arrest system is used, a PCBU must:
- Establish emergency procedures, including rescue procedures
- Test those procedures so they are effective
- Provide workers with information, training and instruction in those procedures
This sits alongside the broader duty to ensure an effective emergency response at the workplace.
However, the practical expectation becomes much clearer when you look at the supporting guidance.
The Model Code of Practice: Managing the Risk of Falls at Workplaces states that:
- Rescue procedures must be capable of being carried out immediately
- They should not rely solely on emergency services
- Rescue equipment should be kept close to the work area so it can be used without delay
These are not optional ideas—they represent the accepted standard of compliance under WHS law.
The Dangerous Assumption: “We’ll Call 000”
Many height safety plans still rely on emergency services as the primary rescue method.
On paper, that sounds reasonable.
In reality, it introduces serious risk.
Consider what typically happens:
- The nearest fire station may not have a specialist rescue unit
- The correct crew could be 15–30 minutes away (or longer)
- On arrival, they must conduct their own risk assessment before beginning rescue
👉 It is not uncommon for a rescue to take up to an hour or more.
The Critical Risk: Suspension Trauma
Time is the factor most plans underestimate.
When a worker is suspended in a harness after a fall:
- Blood can pool in the legs
- Circulation is restricted
- The body can enter shock
Suspension trauma can occur in as little as 15–40 minutes, regardless of fitness level.
Now combine that with:
- Injuries sustained in the fall
- Environmental exposure (heat, cold, weather)
- Limited ability to self-rescue
👉 Waiting for external rescue becomes a high-risk strategy with potentially fatal consequences.
What a Compliant Rescue Plan Looks Like
A rescue plan that aligns with WHS expectations must be:
- Immediately actionable
- Tested and proven to work
- Executable using resources available on site
- Independent of external emergency services
In simple terms:
👉 If someone falls, your team must be able to get them down safely within minutes—not wait for help to arrive.
Why Rescue Kits Are Critical
This is where many sites fall short.
Without the right equipment on hand, even a well-written plan can’t be executed.
A properly selected rescue kit allows your team to:
- Retrieve a suspended worker quickly and safely
- Perform rescues with minimal personnel
- Control lifting or descent with precision
- Reduce risk to both the casualty and rescuers
👉 It transforms your rescue plan from a document into a real capability.
LINQ Rescue Kits – Built for Real-World Response
At All Trades, we supply LINQ rescue systems designed to meet the practical demands of working at heights.
LINQ RES-Q Rescue Kit (Pulley System)
A traditional mechanical advantage system using pulleys.
Best suited for:
- Teams trained in manual systems
- Sites with multiple workers available for rescue
👉 https://alltradesgroup.net.au/products/linq-resqkit-res-q-rescue-kit
LINQ RES-Q Pro Descent Device Kit
An advanced system featuring a geared wheel mechanism, enabling:
- One-person rescue capability
- Faster deployment
- Greater control during descent
Best suited for:
- Smaller crews
- Remote or high-risk environments
- Situations where speed is critical
👉 https://alltradesgroup.net.au/products/linq-resqpro-descent-device-kit
If You’re Regularly Working at Heights…
Ask yourself:
- Could we rescue a suspended worker within 10 minutes?
- Is our rescue plan tested and proven?
- Do we have the equipment on site, ready to use immediately?
- Or are we relying on emergency services to solve the problem?
Because under WHS expectations:
👉 An effective rescue capability must exist at the workplace—not arrive later.
A rescue plan isn’t about compliance paperwork.
It’s about one simple question:
👉 “If someone falls today, can we get them down safely—before it’s too late?”
If the answer isn’t a confident yes, it’s time to rethink your approach.