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How to link two ropes - Application: Joining two ropes of equal or different diameter. Isolating a core shot in a rope. - Advantages: Easy to tie and untie. Reduces snag on pull-downs. Creates clip-in point. During certain mid-rope manoeuver, such as passing a knot on ascent or descent, it is advisable to clip your cowstail into the knot for added security. - Disadvantages: Can capsize at 8kN, but will stop at 2nd knot. - Breaking Strength: - 10.5 kN
How to tie and check a cows tails knot - Application: Used to tie a cows tails knot - Advantages: Excellent holding strength. - Disadvantages: Very difficult to untie - Breaking strength: 19 kN - The tail strand must have 8 to 10 cm of free length
How to tie a releasable knot (Munter knot + mule knot + overhand) - Application: Releasable System - Advantages: Releasable under load - Disadvantages: Difficult/complicated to tie. - Breaking Strength: - 15.5 kN - Always orient the munter hitch in the direction of the load.
How to tie a releasable knot (Equipeur 8 + mule knot + overhand knot) - Application: The EMO technique is used for a releasable rappel, combining a figure-eight knot, a mule knot, and a simple knot to close the system. - Advantages: Reliable for group rappels, it saves time and ensures effective rope control during the descent. Ideal for managing excess rope. - Disadvantages: Requires careful setup and training to avoid errors; can be challenging in turbulent water or complex terrain. - Total breaking strength: greater than 18 kN - Tips: Always anticipate rope retrieval; ensure clear communication with your teammates. Make sure your descender is properly set before dismantling the system.
How to visually communicate in canyoning, Level 2
How to communicate using sound in canyoning
How to rig a fixed handline without intermediate anchor points
How to rig a retrievable handline without intermediate anchor points , secured by a teammate
Passing a deviation in canyoning helps avoid friction, prevent direct impact with the waterfall, correct rappel offset, or avoid ending up in the center of a turbulent eddy. When passing the deviation, each team member must secure themselves by locking the descender or by adopting a static position. Then, the deviation is attached to the rope above the descender, and rappelling continues once the static position is unlocked. It is essential to verify the strength of the deviation point before using it to avoid risks of swinging or shock in dangerous areas such as near the waterfall or in turbulent zones. The entire team proceeds in a coordinated manner to ensure safety.
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