How to get Kids Excited About Snowshoeing
Polar explorer Eric Larsen shares his key strategies for building fun into every adventure.
MSR Snowshoes: Bred in the Mountains, Made in Seattle
A behind-the-scenes look at how we make MSR snowshoes here in Seattle.
Sustainability Report: How do Our Snowshoes Measure Up?
Identifying environmental hot spots in the manufacturing process.
Perfecting Your Snowshoe Binding Fit
A great day of snowshoeing can hinge on a good set of comfortable, well-fitting bindings.
Choosing the Right Snowshoes for Every Adventure
Here’s what to consider when selecting the perfect pair for you.
Gear Archives: MSR Snowshoe Innovations
The technological advancements that ushered in a new era of snowshoe design.
Field Testing MSR Snowshoes in Switzerland
Designing gear can’t happen in a cubicle. Sure, there’s a lot of computer work that goes into creating CAD drawings and engineering specs, but the real solutions—the big ideas—come from the field. Chris Barchet, category director for MSR Water & Winter products, is a perpetual field tester. He recently headed to the Andermatt region of Switzerland on a snowshoe R&D trip to reacquaint himself with the terrain and chat with mountain guides and users to find out what works best for them. Here’s a quick look at one of the many professional recon missions Chris takes in the world’s most incredible places.
Day in the Life: MSR Revo Explore Snowshoes
Winter weather is here and in many places snow has already blanketed the local hills. Here’s a dose of inspiration to get you excited for the snowshoeing season. Whether your mission this year is to complete a backcountry camping trip, a hut-to-hut, or simply enjoy many days of fun winter adventure and hiking, MSR snowshoes are engineered to back you up with confidence behind every step.
SnowSchool Turns Students into Snow Scientists
By Kerry McClay, National SnowSchool Director for Winter Wildlands Alliance “So the snowpack is only about 20% water?!” It’s a bluebird day at Bogus Basin Mountain Recreation Area in the Boise National Forest, and a group of students from the local high school are standing in a 5 ft deep snow trench they’ve dug themselves. Marching out into the forest on snowshoes they’ve used depth probes, density cutters and spring scales to measure snow-water equivalent (the estimated water content of the snowpack), and are discussing their findings with a snow science graduate student from the nearby university. The low water content of the snowpack is coming as a surprise to a few of them. Later these students will analyze snow crystals with macroscopes, cut snow blocks to make an igloo,…