Gear plays a critical role in avalanche safety. It’s simple: if you’re in avalanche terrain, you’ve got to carry the right gear and know how to use it. Everyone in your group needs an avalanche transceiver, a shovel and a probe. One or two of the three isn’t good enough—you’ve got to have them all.

The best way to stay safe is to make good decisions—but if something goes wrong, avalanche safety gear is critically important to a successful rescue. And it goes both ways: you’ve got to carry the gear so you can rescue others, and make sure all your riding companions do as well so that they can effectively rescue you if necessary.

When a person is buried in an avalanche, minutes can make the difference between life and death. You can waste a lot of time if you can’t use your gear efficiently. Make sure to take a training course, and practice, practice, practice.

Avalanche Transceiver

Avalanche transceivers are small electronic devices worn close to the body. When travelling, everyone’s transceiver sends out a radio signal. In the event of an avalanche, those not buried switch their transceiver to search mode and follow the signal toward a buried person.

Three antennae digital transceiver with a visual display and audio display set the standard for ease of use, speed and accuracy. Features and functions may also include a marking function for locating multiple burials, or transmission of “vital data” to support triage.

Single antenna (analog) transceivers are considered obsolete. Need convincing? Three antennae digital transceivers generally won’t find single antenna transceivers as well as digital units. That means if two people are buried close together, the one with the digital transceiver is likely to be isolated first. Signal overlap can also be a significantly bigger issue with old transceivers in a multi-burial scenario.

Remember, people who practice post the fastest transceiver search times. Whichever avalanche transceiver you choose, practice before, during and after the season.

Probe

Transceivers get you close to buried victims, and probes help you find them. Probes snap together like tent poles. An assembled probe inserted in the snow in a systematic pattern lets searchers physically pinpoint someone under the snow so that time isn’t wasted digging.

Probes vary in length, stiffness and materials, which translate into difference in weight, durability and cost. Smaller diameter probes may be more likely to bend or deflect. The locking mechanism and line are important: you want a reliable, durable mechanism and a cable that doesn’t stretch (to prevent wear, tear and breaking). 240cm is the shortest standard length, and works fine in drier climates and for most rescues. If you recreate in deeper snowpack areas or use it for snowpack observations, consider a 320cm probe.

Shovel

Good shovelling technique can shave serious time off a rescue. Remember, not all shovels are created equal. It must fit into your pack, but within reason bigger is better. Avoid plastic or flimsy shovels, as they can break in cold temperatures or while digging in hard avalanche debris. An extendable shaft helps make digging easier so you don’t fatigue as quickly. Practice effective shovelling techniques: it can make the difference between life and death.