What avalanche probe should I get?

A major consideration when choosing your probe should be the average depth of your local snowpack. As a general rule, you want an avalanche probe that is no shorter than two meters, and longer than that is better if you have space in your pack for it.

How do I choose a probe?

You should choose your probe length depending on the depth of your snowpack and the intended use. In a shallower Colorado snowpack, a Stealth 240 might be sufficient. If you live in an area with a deeper snowpack or travel to areas that have a deeper snowpack you should consider a longer probe.

How long is an avalanche probe?

240cm
The length of an avalanche probe is important: Lengths of 240cm are typical, and this is sufficient for the average avalanche burial depth. But the probe must also be compact and easy to stow. Our probes consist of six to seven probe elements and are at least 240cm long in total.

How does an avalanche beacon work?

How beacons work: When turned on, the beacon transmits an electronic “beep” about once per second. Then, if someone is buried, everyone else in the party turns their beacon to receive, and they can hear the signal from the buried victim’s beacon; the signal gets stronger the closer you get.

What is a carbon probe?

The Value Series probes provide in-situ measurement of oxygen concentration or carbon potential in atmosphere heat-treating processes. The Carbonseer-Value(tm) and Ultraprobe-Value(tm) ensure optimal furnace performance during heat treatment for improved product quality.

What is an avalanche probe used for?

A metal rod used to probe through avalanche debris for buried victims. Avalanche probes are a must for the backcountry. They can knock precious minutes off rescue times in an avalanche situation. Collapsible probes assemble quickly, they’re longer and they slide through the snow much more easily than ski pole probes.

What is a snow probe?

Resembling a collapsible pole for erecting a tent, an avalanche probe is what rescuers use to search for someone beneath the snow, hopefully after they’ve quickly located the person by sight or by using avalanche beacons.

Why are avalanche beacons so expensive?

At least, that’s avalanche beacons in a nutshell. The more sophisticated the beacon—more advanced beacons having features for more experienced users such as a flagging function for multiple burials—the higher the price. All electronics—from beacons to smartphones—have a PCBA.

Is it possible to dig yourself out of an avalanche?

Once the avalanche stops, the snow settles in as heavily as concrete. If you’re buried deeper than a foot or so when it sets, it will be impossible to get out on your own. Your only hope then is to ward off asphyxiation long enough for people to dig you out.

What does a ski probe do?

How does an avalanche work?

Underlying snowpack, overloaded by a quick deluge of snow, can cause a weak layer beneath the slab to fracture naturally. Human-triggered avalanches start when somebody walks or rides over a slab with an underlying weak layer. The weak layer collapses, causing the overlaying mass of snow to fracture and start to slide.

What Beacon is the best?

Best Avalanche Beacons and Transceivers Reviews

#1. Black Diamond Guide BT Avalanche Beacon.
#2. Backcountry Access Tracker S Avalanche Beacon Transceiver.
#3. Backcountry Access BCA Tracker 3 Avalanche Transceiver Beacon.
#4. Ortovox Zoom.
#5. Mammut Barryvox S.
#6. Arva Neo Pro.
#7. Mammut Barryvox Beacon.
#8.

Why do you need an avalanche probe when skiing?

Longer probes are also useful for measuring the snowpack when doing research or choosing whether to venture further into the backcountry. Since you will be carrying your avalanche probe at all times when skiing in the backcountry, you will want a probe that is as light as possible while still being effective.

Which is better aluminum probe or carbon probe?

Aluminum probes are slightly heavier than carbon probes, which make them less convenient to carry but can actually be an advantage in harder snow. They are less likely to break than carbon probes. Steel probes are the most durable of the lot, but they are also the heaviest.

Which is better a longer probe or a shorter probe?

Longer probes provide more space between your hands, which minimizes the chance of breaking the probe. They are also easier on your back when working a probe line for long periods of time and tend to be made of heavier gauge and more durable material. The downside of a longer probe is a slightly heavier weight and more cumbersome packability.

What avalanche probe should I get?