ABN: 23 625 688 020 | License: 383957C | Mail: admin@ktmaccess.com.au
ABN: 23 625 688 020 | License: 383957C | Mail: admin@ktmaccess.com.au

Certified confined space entry, atmospheric monitoring, and standby rescue — engineered for the environments where getting it wrong isn't an option.
IRATA-certified riggers and installers specialising in high-rise glazing and facade work.
Servicing Sydney, Central Coast & Newcastle across industrial and commercial sites.
Standby rescue and retrieval systems on every entry — not an afterthought.

Confined space work involves entry into restricted or enclosed environments—such as tanks, shafts, plant rooms, and risers—where atmospheric hazards, limited egress, and entrapment risks render standard access methods unsafe. Before entering, it is essential to conduct atmospheric gas testing and continuously monitor for oxygen levels, toxic gases, and flammability, with a permit issued to confirm the space is safe for entry. Rigging systems—like tripods, davits, and winches—enable controlled entry, exit, and retrieval, while a standby rescue team and rescue plan are ready for action throughout the duration of the entry. At KTM ACCESS, this means we provide permit-controlled entry, comprehensive atmospheric gas testing, mechanical rigging for safe entry and retrieval, and dedicated rescue teams—all integrated, as in a confined space, these elements must not operate in isolation.
Permit-controlled entry into confined spaces for inspection and maintenance work, ensuring compliance with confined space entry standards, including atmospheric gas testing and standby rescue protocols.
Continuous atmospheric gas testing for oxygen, toxic gas, and flammability levels, supported by ventilation and extraction, is crucial for maintaining safe air quality throughout entry, especially when standby rescue measures are in place.
Tripod, davit, and winch systems ensure controlled mechanical entry, exit, and load lifting within confined spaces, while also facilitating atmospheric gas testing and standby rescue operations.
Dedicated rescue technicians are on standby for every confined space entry, prepared for immediate response, including atmospheric gas testing for safety.
Purpose-built retrieval systems for extracting an incapacitated worker from a confined space quickly and safely, while ensuring atmospheric gas testing is conducted and standby rescue measures are in place.
Isolation of hazards and compliance documentation ensures that every confined space entry meets regulatory requirements, including atmospheric gas testing and standby rescue protocols, from permit to sign-off.

We assess the confined space, perform atmospheric gas testing, identify hazards, and issue a permit confirming the area is controlled and safe for entry while ensuring standby rescue is in place.
The atmosphere undergoes atmospheric gas testing before entry and is continuously monitored throughout, with ventilation deployed where needed to maintain safe air quality and ensure standby rescue is effective.
Tripod, davit, or winch systems are set up to provide safe mechanical entry, exit, and load handling within the space, ensuring compliance with atmospheric gas testing requirements and supporting standby rescue operations.
A dedicated rescue technician, specializing in atmospheric gas testing, remains on standby for the entire duration of entry, with retrieval systems ready for immediate deployment if required.
Please reach us at admin@ktmaccess.com.au if you cannot find an answer to your question.
Atmospheric testing is required before every confined space entry and must be continuously monitored throughout, regardless of whether a hazard is suspected, since conditions can change without warning.
A rescue plan documents how a worker would be retrieved if something went wrong, while standby rescue means a dedicated, equipped rescue technician is physically present on-site for the entire entry, ready to respond immediately.
Yes, any entry into a defined confined space requires a permit confirming atmospheric testing, hazard controls, and rescue arrangements are in place before entry begins.
Tripod, davit, or winch-based retrieval systems are used, allowing a rescue technician to extract an incapacitated worker vertically without needing to enter the space themselves in many cases.
In many cases yes — mechanical ventilation and extraction can improve air quality enough for safe entry, but this must be confirmed through continuous atmospheric monitoring, not assumed.




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