2025 Liberty Radian 100

Little Liberty first popped up on my radar when they introduced a stellar new technology I hadn’t seen before: instead of using flat sheets of Titanal in the horizontal plane, Liberty inserted a vertical aluminum spine running the length of the ski. The year was 2018, the same year Rossi launched Line Control Technology and Blizzard introduced Carbon Spine, both of which also featured a central, vertical strut. Liberty’s Vertical Metal Technology (VMT) embarrassed the big boys, keeping the 3 V-Series models that used it pinned to the snow. It was a stunning debut. This year, VMT as we knew it is gone, replaced with Variable Metal Technology in a new, 3-model series, the Radian 92 and 100 for men and a women’s model, the Horizon 92. The new VMT consists of a single, horizontal laminate that is tapered at both ends, so the tip and tail are looser and therefore better suited to irregular, off-trail conditions. (That was one of the problems with Vertical Metal Tech; it was too good at nailing the full length of the ski to the snow surface.) Liberty calls the niche category to which the Radians and Horizon belong, “Precision-Guided Directional Freeride,” which sounds a bit contrived, but it’s actually a succinct summation of their essential character. These aren’t goofy twin-tips or loosey-goosey barges, but they are meant for Freeride terrain, i.e., anything but groomers. It’s what skiers with refined Frontside skills would prefer to take off-trail. They’re able to translate technical skills into effortless off-road skiing by constructing an off-trail shape and baseline and filling it with on-trail innards. Jim Schaffner, whose knowledge of the state of the art in ski technology borders on the encyclopedic, calls the Radian 100, “An impressive entry in the 100mm-waist width category. This ski has a very stuck to the snow feel that is confidence-inducing in terms of speed control and resisting the earth’s gravitational pull while turning. Very predictable and at the same time versatile in turn shape and speeds.”