NFPA 1006 - Confined Space Rescue Operations Level

Course Description

The course is designed for those learners who respond to incidents involving the application of specialist knowledge, skills and equipment to safely resolve unique or complex rescue situations. The course covers operations in a high angle environment including the rescue of a suspended victim.

What certificate will i receive?

This course can be delivered at any one of our training centres or onsite at the clients location. However, prior to any courses being delivered remotely, approval must be provided by GSS. Contact us for more information.

Visit our website for location availability and dates or email gsstraining@gssgroup.org for information.

What is the duration of the course?

What are the entry requirements?

What does the course cover?

How is the course assessed?

Course info

  • Certificate
  • Studnets should be in possession of a valid NFPA Technical Rope Rescue Operators certificate.

  • Duration
  • Training contains physically demanding and potentially stressful elements. All personnel who participate in such training must be medically fit and capable of participating fully. Delegates must either:

    1. Possess a valid medical certificate; or
    2. Possess a company approved medical certificate; or
    3. Complete a GSS medical screening form prior to attendance
  • Who is it for
  • This course sets the standard for technical rope rescue training and is an NFPA requirement for anyone leading a rope rescue team. It builds on high angle skills learned in Technical Rope Rescue - Operator (a pre-requisite). Our step-by-step approach combined with lots of hands-on practice time makes it easy to learn and retain these skills and ensures candidates can progress from core concepts through to the rigging and operation of full systems for raising, lowering and highline rescues.

    The skills and knowledge covered in this course are relevant for all other technical rescue disciplines including swiftwater, surface ice, confined space, trench, cave and light structural collapse.

Next course starts

Contact us for next dates.

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