This page is a repository for various skill videos that we can use for this class. Some videos are publicly available online, others were developed by our course instructors for use only by our course students and volunteers. This page will develop over time, and more videos will become available for more skills.
Top Rope Belay
This video for belaying a leader shows the correct method of belay, however we will always require helmets and gloves for belayers.
Belaying a Leader
This video shows the correct method for belaying a lead climbers, however we will always require a helmet and belay gloves for all belayers.
Escaping the Belay
This method of escaping the belay includes leader tie-off.
Additional Notes for the Video:
This demonstration differs slightly from the graphic in Freedom of the Hills (Ed. 10). In the step that brings the rope from the anchor to the prusik:
The book illustrates a Munter Mule Overhand.
We use a clove hitch instead.
Either method is acceptable for passing this critical skill if executed correctly. The clove hitch was chosen to simplify the process while maintaining an effective system. The clove hitch closes the system, preventing rescue teams from reentering. They would need to set up their own equipment to perform a rescue. Using the Munter Mule Overhand in this step allows for reentry.
Extended Rappel
This extended rappel includes the autoblock hitch. Our course will always require using a third hand and wearing gloves for rappelling.
Rope Coiling for Transport and Storage
This video includes the butterfly coils as well as the mountaineers coil. We no longer teach and use the mountaineers coil.
Sitting Hip Belay
The sitting hip belay is a versatile method you can use when you have an anchor but don’t have a belay device. By using friction against your waist, you can effectively stop a climber's fall.
Additional Notes for the Video:
This demonstration differs slightly from the graphic in Freedom of the Hills (Ed. 10). Make sure to place your rope in the control carabiner on your belay loop (as shown in the video), not on the two hard points (as shown in the book).
If pulled from above: Position the climber’s rope below the anchor system.
If pulled from below: Position the climber’s rope above the anchor system.
This method is straightforward but requires precision, so take care to set it up correctly based on the direction of pull.
Standing Carabiner Ice Axe Belay (SCIA)
The SCIA is a quick and effective body belay technique that works well in various snow and ice climbing scenarios.
Additional Notes for the Video:
This technique has been updated in Freedom of the Hills (Ed. 10). Please refer to the graphic on page 372 to align with the updated method.
Use your downhill foot to secure the runner or sling.
The climber's rope should:
Run up your downhill leg (the one on the runner),
Pass into the control carabiner attached to your belay loop,
Wrap around your waist for added friction and control.
This method offers reliability with minimal setup, but it’s important to maintain proper alignment and tension for maximum effectiveness.
Self Arrests
Self arrests are the most dangerous activity that we practice in Basic Climbing. It is very important to follow instructions and focus on technique when practicing self arrests.
Ice Axe Carrying Positions
Properly carrying your ice axe when traveling in steep terrain is important. Pay attention to how you are holding your axe in different scenarios.
Passing Protection on a Running Belay
Running belays are an important part of safely traversing steep terrain on a rope team. Passing protection is crucial to keep the team moving efficiently.
Kiwi Coil
The Kiwi coil is a method of taking up rope when on a rope team and securing it across your body.
Demonstration of a climber extrication from a crevasse using a 3:1 z-pulley system (3-person rope team).
A beginner-friendly tutorial that introduces basic concepts of pulley systems and mechanical advantage. Designed to prepare climbers, paddlers, canyoneers, and other outdoor recreationists with the foundational knowledge needed to successfully construct pulley systems in a rescue scenario.