To test women's all-mountain ski models, we have tested new skis back to back while compiling data and observations from seven testing seasons. Unlike other reviews that note performance after only a couple of runs within the same snow conditions, this review examined products in a variety of terrain and conditions, with a variety of skiers, over the course of multiple months to bring you the best possible review.
We worked in a collaborative format, assembling a team of advanced and expert ladies, many of whom work on skis, to take the competitors through the wringer. We evaluated these test models over multiple seasons at Mammoth Mountain, June, Kirkwood, Squaw and Alpine Meadows in California and headed out for side trips to Big White Resort in Canada, as well as Snowbird, Alta, and Deer Valley in Utah. Our lady testers spanned a spectrum of experience, from hard-charging patrollers to detail-oriented instructors, to devoted recreational ski bums. Learn more about these women here.
Product Selection and Preparation
We began by researching the market, noting what respected manufacturers offer in the all-mountain category (without excluding new but honorable independent companies), what products are best sellers, and what products had specs that seemed to indicate versatile performance. We selected products that were innovative, ones we hoped would perform well, and were backed by a trusted manufacturer pedigree.
For our women's all-mountain ski review we partnered with Kittredge Sports in Mammoth Lakes, California. Kittredge mounted all of our bindings for us, detuned each contender right out of the wrapper with an identical race tune, and gave each pair tunes throughout the winter to make sure they all stayed in excellent shape as we continued to use them over and over.
We mounted each with the same binding, the Marker Griffon demo binding, which allowed us to adjust them enough for an entire team to test each model. This binding sits close to the surface, allowing for a good feel while being burly enough to allow hard carving. Having the same bindings allowed us to objectively evaluate performance without factoring in a difference in the bindings.
Note that we purchased all of these skis ourselves. Just like in every GearLab review, we purchased the equipment we reviewed here on the retail market, and the reviewers did not receive any gifts, payments, or freebies from manufacturers. This sets us apart from other comparative reviews. While there is an abundance of private, one-off, reviews on the internet from users that have purchased their own, we know of no other comparative, comprehensive category review where the reviewer purchased all of the contenders. Most similar reviews are produced by magazines and blogs that are reviewing advertisers' products. We take the integrity of this review very seriously and have done our best to conduct it in a fair, unbiased manner.
We started by weighing each of these models on our own scale to provide you with an accurate weight spec. Then we skied — a lot.
Even with the dry California winter we had in '14/'15, the ladies of our team tallied a combined 300 days on our test models that year and about 100 days combined in '15/'16, with the five additions to the review. We got lucky in '16/'17 with mega-dumps, so we could try them out in deep and variable conditions. Again in '17/'18, we had some excellent early season storms and a decent base on which to feel things out. Once again, for '18/'19, we lucked out with a big five feet at Thanksgiving that gave us a ton of variable snow to ski in order to produce the review for the Christmas buying season. Later that season we received fabulous spring conditions and fresh dumps in order to add in new skis to the bunch. Spring made things trickier for us, as we had already begun testing a couple of skis when the pandemic hit and resorts were closed. We hit the slopes immediately upon opening on Nov 13 and were able to complete testing of the new group of skis in all conditions, thanks to both manmade snow-makers at Mammoth and a couple of December storms. We went out in all conditions over the course of these many seasons, from icy hard-packed snow and death cookies to slushy spring mush, from perfect morning groomers to late afternoon bumps, as well as two-foot powder days — both light champagne and Sierra Cement.
We tried each model in every situation we could, railing the tightest, fastest turns, and intentionally seeking bad conditions to see how they would handle. We had ski-a-thon days where we tried different models back-to-back, switching after a few runs for side-by-side comparison within the exact same conditions. We also lent our test pairs to other ladies (and some men) with varying skills and abilities and got as much feedback as possible on score sheets. We took into account all of these opinions as we compiled the final scores.
Ultimately, this review is a matter of opinion, but we have collected and compiled many educated opinions to present our observations in a clear and direct manner, in the hopes that our research will help you find the product best-suited to you. Below we highlight each of our testing metrics and describe how we put the skis through the wringer on each of them.
Stability at Speed
This can be a very fun quality to test for, but only when the skis perform well. We tended to rate for this metric early in the morning when the snow was hard and at its fastest. We took each ski to the top of the steepest groomer we could find, and tried to make as few turns as possible all the way to the bottom. Especially on the hard-pack and groomed snow, we were looking for whether the skis chattered underneath us or flexed consistently, and whether we felt like we could push the envelope or needed to slow down to feel safe. We took notice of whether the edges held their grip, or slid out into a skid, and whether the tips were flapping at high velocities or they were quiet.
Another test which took place primarily early in the morning on fresh groomers, in order to give each ski a chance to shine in ripe conditions, we took each pair onto crisp corduroy, got some speed up, and arced clean turns down the run. We always reminded ourselves of the published turn radius of each ski, and then compared that numeric to how the ski actually felt while turning, and questioned whether or not the metered value corresponded accurately to the sensation. Basically, we noted whether they tended to make a tighter or larger radius turn. At the same time, we jotted down whether the ski preferred to hold the edge, or to butter and skid the turn instead. We noticed which skis were easy to purely carve a turn, and which ones you really had to force into a clean arc.
It's never difficult to find this type of snow to test on, which is why it's also so important that a ski performs well in this abundant terrain. We took all the skis to all varieties of crud - post-powder chunks, beautiful smooth wind-buff, sticky spring slush, and choppy wind-ravaged sastrugi. We wanted to find out how they held up in these tougher conditions; the main question is whether they are tough enough to withstand getting tossed around and can hold their course in rough terrain. We would take each pair of skis out on the exact same run, one after the other, so that the type of crud was consistent. We tried to pinpoint where the ski's strength or weakness was stemming from - were the tips being deflected, or was the whole ski weak and floppy? Is the ski charging through the chop, and is it absorbing the bounces before they reach your feet?
These days were the glory days of ski testing. We were trading out skis every run or so on powder days so that we could feel each ski's performance in the same type of snow condition, since one storm may be different from the next in terms of water content and therefore lightness and ease of skiing. The main question we asked ourselves here was, "Do they stay afloat?". Barring user error, we wanted to know if they were able to maintain some contact with the surface of the snow, rather than constantly being buried beneath it. We noted whether the tips tended to dive down, or had the ability to surf on top of the deep snow; even if the skis were often beneath the snow, we asked ourselves if they were still easy enough to turn despite being submerged. We then compared the sensations we felt with the specs for each ski, and noted whether their width underfoot or their tip shape contributed to what we felt.
While this is certainly a subjective metric, the consistent quality that runs through all the skis which our testers found the most playful is their springy rebound after a turn. Therefore, we officially tested for this metric at the same time asCarving, looking for that bounce-back that a great ski gives you when you pressure it and then release, particularly in a high-speed carved turn. We didn't only test for rebound within this metric, though. We took all of the skis all over the mountain - in the trees, off rock drops, in the park, and through the bumps - to see if they gave us a kick and made us smile. Sometimes we noticed that the weight of a ski affected how joyous it felt, sometimes it was the agility between sets of edges, and on occasion, it seemed to be an effect of the confidence they gave us.
This category was an easy one to test since we could take each pair of skis out on the exact same bump line in the same afternoon and feel the differences. We tested each pair in mellow blue-run bumps as well as gnarlier double-black lines, and even found some snake lines to challenge ourselves and the skis. We would find the exact same line and count how many bumps we could make it through on each pair without getting bucked out. We noted whether the ski's edge-to-edge quickness, its responsiveness, or its stiffness affected the ability to ride the line all the way to completion.
While we don't use versatility as a separate metric in our testing system, the nature of our scoring methodology will present which skis are the most versatile by placing them at the top of the overall rating chart. The skis which scored the highest in each of our diverse metrics, across the board, will therefore be the most able to adapt to varying snow conditions. Even though all-mountain skis should be better suited to all-mountain conditions than those built for specific tasks, some in the test group performed much better across all our metrics, and have been rewarded with the higher slots overall.