2010-04-13 Rope Rescue training

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	Agenda:		Agenda:
-	* Anchor Systems	+	* Rope Rescue in Pincher Creek
-	** (from BC PEP RRM Chapter 5)	+	** (from BC PEP RRM Chapter 1)
-	** Select appropriate natural anchors	+	** How rope rescue relates to SAR / Emergency Services
-	** Define the principles and considerations of anchor construction	+	** Describe the training process of a rope rescue Team Member
-	** Build different anchor point attachments	+	** Describe the training process of a rope rescue Team Leader
-	** Build multipoint anchor systems	+	** Describe the Incident Commander's role in rope rescue
-	** Extend anchor systems	+
-	** Describe the effect of angles on anchor legs	+	*Rappelling and Ascending
-	* Lowers	+	** (from BC PEP RRM Chapter 10)
-	** (from BC PEP RRM Chapter 7)	+	** Understanding rappelling methods
-	** Describe the principles behind lowering systems	+	** Outline the various belay methods
-	** Describe the different lowering devices and their limitations	+	** Set up and operate various rappel devices
-	** Thread and tie-off a brake rack	+	** Tie-off rappel devices
-	** Efficiently pass a knot in the load line during a lower	+	** Set up and operate Prusiks and mechanical devices for ascending
		+	** Perform safety checks for rapperlling / ascending systems

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Revision as of 05:14, 10 February 2010

Tuesday April 9, 2010

19:00 - 21:00 at the Fire Hall

Rope Rescue practice.

Agenda:

• Rope Rescue in Pincher Creek
  • (from BC PEP RRM Chapter 1)
  • How rope rescue relates to SAR / Emergency Services
  • Describe the training process of a rope rescue Team Member
  • Describe the training process of a rope rescue Team Leader
  • Describe the Incident Commander's role in rope rescue

• Rappelling and Ascending
  • (from BC PEP RRM Chapter 10)
  • Understanding rappelling methods
  • Outline the various belay methods
  • Set up and operate various rappel devices
  • Tie-off rappel devices
  • Set up and operate Prusiks and mechanical devices for ascending
  • Perform safety checks for rapperlling / ascending systems