Describe how to perform a simple self-rescue using a friction hitch on a rope.

Describe how to perform a simple self-rescue using a friction hitch on a rope.

• A. Attach a friction hitch to the main line and rely on it for ascent.
• B. Tie a figure-eight knot into the main rope and pull yourself up.
• C. Use a basic knot to loop around the rope and pull yourself upward.
• D. Attach a friction hitch or progress-capture knot to a secondary line, use it to ascend or reposition while maintaining a controlled brake.

Answer: (D)

The key idea is to use a secondary line with a friction hitch that acts as a progress-capture device, so you can ascend or reposition while you keep a controlled brake on the system. With a separate line, you have a dedicated ascent or repositioning path, and the friction hitch on that line grips the rope when you load it, allowing you to hold position and move upward or laterally as needed without losing control of the braking system on the main rope. This setup provides a safer, more reliable way to self-rescue because you’re not relying on the main line alone or tying something risky to it; you create a controlled, brake-backed movement using the secondary line. Relying on a friction hitch on the main line doesn’t give you a usable ascent path with proper control, and tying a figure-eight or a basic knot into the rope doesn’t provide the needed grip and progress capability for safe self-rescue. The described approach—friction hitch on a secondary line used to ascend or reposition while maintaining a controlled brake—is the method that enables steady, controllable movement during self-rescue.

The key idea is to use a secondary line with a friction hitch that acts as a progress-capture device, so you can ascend or reposition while you keep a controlled brake on the system. With a separate line, you have a dedicated ascent or repositioning path, and the friction hitch on that line grips the rope when you load it, allowing you to hold position and move upward or laterally as needed without losing control of the braking system on the main rope. This setup provides a safer, more reliable way to self-rescue because you’re not relying on the main line alone or tying something risky to it; you create a controlled, brake-backed movement using the secondary line.

Relying on a friction hitch on the main line doesn’t give you a usable ascent path with proper control, and tying a figure-eight or a basic knot into the rope doesn’t provide the needed grip and progress capability for safe self-rescue. The described approach—friction hitch on a secondary line used to ascend or reposition while maintaining a controlled brake—is the method that enables steady, controllable movement during self-rescue.