Every May, we make videos on the mental side of climbing and adventure in recognition of National Mental Health Awareness Month. In this video, we discuss the role audacity, or self-belief in the face of the unknown, plays in encouraging our climbing experiences and expeditions.

Every May, we make videos on the mental side of climbing and adventure in recognition of National Mental Health Awareness Month. In this video, we get into some of the psychological underpinnings that suggest we should look to empower the victims and participants of any climbing accident and rescue to help in the situation at hand but also better reduce residual PTSD.

Every May, we make videos on the mental side of climbing and adventure in recognition of National Mental Health Awareness Month. Today's video is about self-forgiveness is a key first step to opening ourselves up to learning and improvement.

When our mountaineering objective demands that we camp on a glacier, we need to consider objective hazards like seracs, rock fall, and crevasses. This video gets into those considerations as they relate to identifying a potential camp location and the methods we may use to ensure the location is safe.

When a crevasse is unavoidable and must be crossed on your glaciated mountain climb, the technique you and your team employ will often be dictated by circumstances. This video gets into three different procedures to be chosen and applied based on terrain slopes and crevasse sizes.

A “running belay,” a form of simul-climbing that is frequently used on snow climbs and climbs up glaciated peaks, helps mitigate certain risks, but it also adds new risks into the equation. Let’s talk about how a running belay is performed and what pros and cons result from employing this climbing tactic so that we can best decide when it may make sense to use.

As we continue our glacier travel series and before we get into more advanced movement techniques we first need to understand the fundamentals of moving as part of a group who are, literally, tied together.

As a climbing team on a glacier, we need to be prepared for a crevasse fall, but we also want to have the route planning and navigation skills to reduce the likelihood of having a crevasse fall. This video provides ideas on how to plan route paths that help avoid crevasses.

Deciding how much climbing rope you need for glacier travel is a product of many factors. The number of teammates, the snow conditions, crevasse sizes, and preferred rescue systems are all inputs into how much space to have between climbers, how much length to keep in spare coils, and whether to have brake knots in the rope. All of that will calculate out to your total rope length. Let’s explore some of these considerations.

In this next episode of our glacier travel series, we are presenting several options for climbers to tie into the rope and how we may choose to match our tie-in setups to our circumstances, gear, and position on the rope.

Continuing our glacier travel series, we are showing the 6:1 drop loop crevasse rescue haul system and discussing how to modify it to meet some of the gear we may have, the rope we have available, and the status of the fallen climber.

As we get deeper into a glacier travel series, we want to note that there are many effective ways to develop our climbing systems for safe passage on glaciated mountains. Maybe the single biggest thing we can do wrong, however, is get dogmatic about those systems and assume that, while risks change from glacier to glacier, our systems don't have to change as well.

We will frequently choose to connect ourselves to the climbing rope with a carabiner, rather than a knot, when on a glacier in order to facilitate things like crevasse rescue systems. We need to be considerate of the strengths and weaknesses of carabiner types in order to select the best carabiner for our climb of a glaciated peak. Here's some of the criteria I use to help me choose.

We isolate damaged sections of a climbing rope by tying a knot with the damaged section in the knot bight. That keeps any load - you - off of the damaged section. But if we need to rappel past a damaged section, we need to be able to get our rappel setup from above that knot to below it while staying firmly and safely connected to the rope. Here is a procedure to do that.

Extending your rappel (abseil) device away from your harness after a climb comes with a number of benefits. But how we choose to make our rappel extension can make navigating certain kinds of anchors or rappels easier or harder. Here's three different extension configurations and some of the reasons why one might be a better choice for a given circumstance compared to others.

You need to rappel (abseil), but you've dropped your rappel device down a climbing route. Here are three different rappel setups you can use in an emergency that don't require a device. There are pros and cons to each and so choosing the right one for the right circumstance may help reduce risk.

If you are facing many rappels (abseils) and only have a limited number of snow pickets, you can construct a retrievable anchor so that you can reuse your pickets again and again. Here is one method for building that anchor.

Snow is a highly variable climbing medium, which can make building climbing anchors a challenge. Most often, we use snow pickets. But, what if we don't have pickets with us? Here are a few options if we need to make due for a rappel but which would never be my first choice if pickets are available.

Snow can be soft, dusty, wet, or rock hard. Because of the variability of snow conditions, building climbing anchors into the snow can be challenging. Here is how to choose between and then build a few anchor types using snow pickets, the most common tool we see on show climbs outside of our ice axes and crampons.

Climbing over ice bulges can be the most risky part of an ice climb. More suspect ice and more challenging physics with our ice tools and crampons make these transitions from vertical to low-angle ice moments where we need increased understanding and concentration. Here's why these moves are risky and how we can mitigate those risks.