Alaska
My Favorite Ice Climbing Gear for Alaskan Epics
I’ve been chasing frozen formations to climb for decades. I started making forays into the 49th state in the ’90s. Ropes were fat, and ice climbers tethered straight-shafted axes to their wrists. Since then, the gear used to scratch lines up the ephemeral routes has changed immensely. As the GearJunkie climbing editor, I’ve been fortunate enough to sample much of it.
Alaska is home to big, tall, multipitch routes I target on my yearly pilgrimage to the northernmost state. Some trips resulted in first ascents for my team. Others produced second ascents or success on rarely forming and climbed ice falls. On each trip, I’m armed with the newest gear. Some ice climbing gear was a definite improvement, while others were failures that sometimes produced stressful results.
Here’s my favorite ice climbing gear for big, backcountry routes. Hopefully, this list will be updated yearly as the gear undoubtedly changes, and my short memory keeps me returning to Alaska’s cold and rugged landscapes.
Ice tools, along with crampons, are crucial to success on Alaska’s bounty of ice. They are the points of contact with the frozen medium of ice climbing.
Ice tools have morphed from shorter versions of glacier travel axes to highly specialized tools for ice and mixed climbing. Shafts have gone from straight to all forms of permutations with ergonomic handles. Picks have concurrently changed and become specialized for ice and mixed routes. Finally, material advancements, like carbon fiber, have entered the ice-scaling game.
Favorite Ice Tool for Alaska: Trango Kestrel ($500 Each)
Over the last decade, I’ve schlepped two models of ice axes on each of my trips into the Alaskan backcountry, and this one tool stood above the rest. The Trango Kestrel possessed the right combination of total weight, head weight, pick effectiveness, and ergonomics, never leaving me wanting anything else.
At a verified 1 pound, 3 ounces per tool with the included 2.3-ounce head weights, the Kestrel was in the Goldilocks zone for big, backcountry ice. They were lighter than more aggressive, steel-shafted tools like the Black Diamond Reactor (1 pound, 6 ounces without head weights).
This saved precious energy on long, steep approaches and impossibly big formations. But they had more heft than superlight ice tools like the Grivel Dark Machine (17.2 ounces per tool without head weight). This made swings feel better and require less oomph for a solid stick, and the heads resisted rotating much better than lighter tools.
I found the shaft bend to save my knuckles from getting bashed, even on lower-angled ice, which has proven rare. I also preferred the identical feeling main grip and choke grip, which were perfectly sized for gloves usable in the 0-20-degree range. The gritty shaft texture also proved effective with winter gloves.
And, as a bonus, the carbon fiber/Kevlar shafts damped harsh vibrations from smashing the hardest, coldest ice, which saved my hands, arms, and wrists over long routes on consecutive days. The included ice picks also performed remarkably well on hard-water ice; that is, I never noticed them. They just worked.
The glaring downside is the price of the Trango Kestrel — $1,000 for a pair of ice tools adds to the financial burden of an already expensive endeavor. But, Trango offers a respite.
Honorable Mention Ice Tool: Trango Raptor ($190 Each)


Trango keeps Kestrel ergonomics, head, and pick but replaces the carbon/Kevlar shaft with aluminum, resulting in the Raptor. With all the similarities with the Kestrel, it’s no surprise that I loved the Raptor during my last ice-climbing foray in Alaska. They felt remarkably like the Kestrels. I noticed the different grip textures (the Raptor uses rubber) and vibration damping of the aluminum shafts.
However, the value proposition is difficult to argue at less than half the cost of the Kestrel. It’s one of the best deals on ice-climbing gear I’ve seen.
Favorite Crampons for Alaska Ice Climbing: Grivel G20 Plus ($250)


Next to ice tools, crampons are the most crucial ice-climbing gear for performance and safety. I have used so many crampons over the decades. From terrible versions that balled up snow to no avail to ones that didn’t allow secondary points ever to touch the ice, I’ve suffered more due to lousy crampon design than any other gear-related issue.
Crampons must fit boots well and remain secure; popping a toe bail on lead makes for a harrowing experience. The front points must allow for a natural kick and a reassuring bite into the hardest ice.
They must also provide traction on snowy, icy, and rocky approaches. Finally, they must be super durable. Crampons suffer through so much abuse, and failure can be devastating.
I’ve liked a few crampon models, but I’ve only loved one: the Grivel G20 Plus. The front point configuration won me over. The G20 has a big toe-oriented monopoint and a smaller and shorter secondary “snaggletooth.” This configuration provided the best of both monopoint and double-point crampons.
I got the versatility, accuracy, and athleticism of a monopoint with the added stability and security of double points. I could delicately stab a slim chandelier or place the monopoint on the smallest feature. Sometimes, I used rock climbing shenanigans since I could rotate around that point. But I also felt more secure and used less energy to hold the points still on sketchy terrain with the snaggletooth engaged.
The steel Grivel uses on the G20 Plus also proved incredibly robust, thwarting all attempts to grind them down. I climbed entire weeks without ever taking a file to them, even though I felt I had abused them. And they have never suffered a failure of any part over multiple seasons.
The G20 Plus isn’t the lightest crampon that I’ve tested. At a verified 1 pound, 15 ounces per pair, there are lighter contenders. But again, I’ve never loved a crampon other than the Grivel G20 Plus.
Favorite Ice Climbing Boots: LaSportiva G2 EVO ($999 per Pair)


My primary focus for ice-climbing boots in Alaska is warmth. Arguing the nuances of performance didn’t make sense to me if I suffered frostbite. And no other boot has kept my feet and toes warmer than the LaSportiva G2 EVO.
On my last trip to Alaska, the climbing temperatures rarely exceeded the single digits, and with wind chill, they were often below zero. Long belays in snow or on icy ledges in these conditions have gotten my toes cold enough to go numb, sometimes painfully.
The metal crampons didn’t help as they sucked heat out of the boot as well. But not so with the La Sportiva G2 EVO; I never had my toes numb, and this past season was arguably the coldest I’ve experienced.
I dislike using “game changer,” but the dual BOA dials on the G2 proved to be just that in the ice climbing gear realm. The BOA dial on the inside of the gaiter cinched down on the ankle, while the one on the boot’s exterior did the same for the foot.
Adjusting these on the fly, even on route, was an advantage that cannot be overstated. I could keep them looser on approach, improving my comfort on skis or on foot. Then, I tightened them before climbing and often loosened the exterior dial at belays to improve vital blood circulation. A few turns tightened the boot down again to enhance climbing performance.
The boot is necessarily bulkier than others I’ve used, but none were as warm as the LaSportiva G2 EVO. And again, keeping my feet protected against cold injury was always the priority in Alaska.
I’ve destroyed shells in Alaska in as little as a single pitch. Ice climbing is notoriously hard on shells. From ice tool picks, crampon points, ice screws, rocks, and constant abrasion from climbing harnesses, even the most expensive, highly touted shell systems have succumbed to the hostile conditions in short order.
None have survived multiple seasons without at least some damage from other ice climbing gear or the environment. But the Arc’teryx Alpha SV Jacket and Bibs have only suffered a tiny puncture due to crampon-use error over a few seasons. This is incredible, as I have a closet full of shells with tears, delamination, large holes, and other damage from a single season.
On this past trip to Alaska, I unexpectedly fell on loose, unconsolidated snow on the approach to a route. I slid over rocks and through alder branches. I felt crampons catch on my bibs and rocks grating across my back. Luckily, I stopped my rapid descent by grabbing an alder branch.
A climbing partner rushed down to check on me. I was amazingly unharmed. Although a side zip on the bibs got dragged open, hilariously exposing my rear, the shell remained undamaged for the rest of the week.
The Arc’teryx Alpha SV has been a go-to shell for hardcore alpinists for a while now. The GORE-TEX PRO with Most Rugged Technology has withstood everything I’ve thrown at it and has reliably protected me from all of Alaska’s fury. It may not be the lightest shell in the game and is very expensive, but it’s the most robust, making it my number one choice for ice climbing in Alaska.
Placing ice screws on lead is the most involved and time-consuming protection placement in climbing. And nothing stresses me out more than fumbling an ice screw. From false starts to that unnerving feeling that it’s too easy to spin the screw, I’ve spent more mental and emotional energy on a few ice screw placements than all other climbing protection placements in my life combined.
And unlike quickdraws or trad gear, the cost of ice screws means sharing them on almost every outing. So, over the decades, I’ve been able to sample nearly every available ice screw. For long, multipitch routes in Alaska, the Petzl Laser Speed Light is the ice screw of choice for the crew.
They start reliably, the threads have the just right resistance to turning, and the handle works well with gloves. They also have the feeling of quality that Petzl climbing gear has delivered for as long as I’ve been climbing. And they are reasonably light at 100 g for the 17cm length.
One caveat: In my experience, as well as other seasoned ice climbers, the aluminum threads can get “sticky” in wet ice compared to their steel-shafted counterparts (the Petzl Laser Speed). But this is a nick we’re willing to take for the lower weight, especially considering the dozen or more screws required on Alaskan routes.
Alaska
EPA waives Clean Air Act restrictions on high-sulfur diesel for the North Slope
The Environmental Protection Agency issued a temporary waiver Friday under the Clean Air Act for using diesel with higher sulfur levels above the Arctic Circle in Alaska. In a letter to Gov. Mike Dunleavy, EPA Administrator Lee Zeldin said the 20-day waiver was meant to address fuel supply disruptions caused by the war in the Middle East.
“It is in the public interest to take action to address the extreme and unusual supply circumstances that prevent distribution of an adequate supply,” Zeldin wrote in the letter.
The Clean Air Act requires the use of cleaner burning ultra-low-sulfur fuel in highway and non-road vehicles and equipment. The fuel produces fewer emissions and does not damage modern engines.
Zeldin said much of the equipment used above the Arctic Circle still has engines designed for high-sulfur diesel. He said that some North Slope topping refineries, which separate diesel from crude oil and produce heating oil, can produce high-sulfur diesel to power that machinery, which could reduce the demand for diesel hauled into the region.
“Alaskans will no longer be forced to unnecessarily truck their fuel hundreds of miles across the state, and Alaskan families will feel lower prices at the pump,” Zeldin said in a prepared statement.
Fuel prices began to rise again earlier this month after the collapse of the ceasefire with Iran, with NPR reporting that prices were 86 cents higher per gallon than they were before the war. A new U.S. blockade of the Strait of Hormuz means prices could climb even higher.
Under Secretary of Energy Kyle Haustveit said during a roundtable in Anchorage that the waiver will allow for the production of tens of thousands more barrels of diesel.
“These topping units that have been restricted from an emission standpoint can now run at a higher output capacity,” Haustveit said. “It’s going to bring more supply to market.”
Sen. Dan Sullivan applauded the waiver and said he had advocated for it to lower fuel prices. He said in a press release that the action will allow North Slope producers to put idle refining capacity to work.
“Global fuel supply disruptions have been a significant challenge for Alaska communities, resulting in rising fuel prices,” Sen. Sullivan said in a prepared statement.
He said he measure “frees up Alaska-produced fuel to help put downward pressure on prices for hard-working Alaskans.”
The waiver is limited to highway and non-road vehicles and non-road equipment certified to operate on high-sulfur diesel fuel. It applies only above the Arctic Circle.
Copyright 2026 KNBA
Alaska
New Partnerships With State of Alaska & University of Alaska Fairbanks Expand on Critical Minerals & Energy Innovation – CleanTechnica
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NLR Laboratory Director Jud Virden Signs Partnership Agreements at Alaska Sustainable Energy Conference in Anchorage
The National Laboratory of the Rockies (NLR) signed two new memorandums of understanding (MOUs) on May 19 that aim to increase research and innovation in critical minerals, energy, and buildings in Alaska and the Arctic. These partnerships build on longstanding collaborations and are designed to tap into Alaska’s resources in a way that benefits both the state and the nation.
“Alaska faces unique challenges,” NLR Director Jud Virden said. “NLR is proud to partner with the state and its flagship university to develop and accelerate innovative solutions to Alaskan challenges and address our nation’s pressing needs in critical minerals, energy, and buildings.”
At the Alaska Sustainable Energy Conference, joined by U.S. Department of Energy (DOE) Assistant Secretary Audrey Robertson, Alaska’s governor Mike Dunleavy, and University of Alaska Fairbanks (UAF) leadership, Virden signed agreements that will make it easier for NLR to work with these key partners to scale solutions for the real world.
NLR is the only DOE national laboratory with a physical presence in Alaska, located adjacent to the University of Alaska Fairbanks campus. NLR’s Alaska research focuses on energy and building technologies in extreme climates and remote locations, as well as support for military, government, and communities in decreasing energy costs and improving reliability. Recent projects include an analysis of the state’s power grid to address declining natural gas supply within Alaska, an evaluation of methods to stabilize permafrost on military sites, and support for designing a secure, resilient facility on the Alaska-Canada border.
Through the MOU with the university, NLR gains access to UAF expertise in microgrids, engineering, and critical minerals—such as the Alaska Critical Minerals Collaborative, a research unit at UAF connecting government, industry, and researchers to advance critical mineral development across Alaska. The laboratory may also host students and fellows from UAF’s College of Engineering and School of Mines, Arctic engineering, geosciences, and other relevant programs, offering a training ground for the critical mineral workforce of the future.
On the flip side, NLR can provide access to advanced analysis tools, such as the ability to create digital twins of mines and microgrids with its Advanced Research on Integrated Energy Systems (ARIES) platform, and a wide range of capabilities in its new Energy Materials and Processing at Scale (EMAPS) facility that offers partners an entirely new model for “market-first” research: the ability to grow laboratory-scale innovations into scalable and validated market-relevant prototypes under a single roof.
“This partnership leverages the unique strengths of each of our organizations to create something that is greater than the sum of two parts,” UAF Interim Chancellor Mike Sfraga said.
NLR’s agreement with the state is complementary in approach, paving the way for NLR and the state to coordinate resources, share research, and boost Alaska energy and critical mineral production.
“This agreement helps turn Alaska’s resources and know-how into practical solutions,” Gov. Dunleavy said. “By formally partnering with federal researchers who are already based in Alaska, we can lower energy costs, build infrastructure that works in Arctic conditions, strengthen domestic supply chains, and create good-paying jobs, especially in rural and remote communities. It puts Alaska at the center of solutions that matter to both our state and the nation.”
Learn more about NLR critical minerals research and collaborations.
By Molly Rettig, NLR
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Alaska
Natural gas supplies ‘not looking good’ for Southcentral Alaska this winter, Enstar says
Southcentral Alaska’s largest natural gas utility said Tuesday it might not have the gas to make it through this winter. That’s after state regulators last Wednesday denied Enstar’s request that would’ve expanded natural gas storage in Kenai, as the region faces a looming natural gas shortage.
Enstar president John Sims said it’s “not looking good” for the utility’s more than 150,000 Southcentral customers heading into the cold, winter months.
“Just to be very blunt, we need additional production in order to make it through this winter,” Sims said. “We are kind of turning over every stone possible and trying to find more gas resources.”
In the order, the Regulatory Commission of Alaska wrote they were “unsure about the timing of the need for additional natural gas storage capacity, including insertion and withdrawal capacity.”
Enstar proposed developing and operating a depleted reservoir known as the Kenai Loop Pool that is currently leased and operated by AIX Energy, LLC., to store gas to use during the colder months.
The utility was seeking an “advanced determination” from RCA that it was prudent, which would allow the project to unlock financing for development, the order says. In its original filing, Enstar said that the project would help ensure there are enough supplies to meet the needs of its customers.
A search for other options
The commission denied the utility’s request in a 17-page order last Wednesday, saying the Department of Natural Resources hadn’t determined if the facility was capable of serving as a gas storage facility. Hilcorp has a competing application for the same storage facility, the order said.
The RCA didn’t respond to a request for comment Tuesday afternoon.
The facility would hold 25 billion cubic feet of gas, which Sims said is appropriately sized for the current supply needs and future natural gas imports.
“The other benefit of having this storage facility right now is we can go to Furie, AIX, to all the small producers and even Hilcorp and say, ‘Hey, whatever volume of gas you produce, I can buy it.’ And I can store that into this storage facility for later use,” he said.
Longer term, utilities are looking to import natural gas, which would impose an unavoidable price increase to thousands of households and businesses. Legislators are currently in negotiations over a multibillion-dollar property tax break for the developer of the Alaska LNG project, Glenfarne. But it’s unknown if, or when, that project will be built.
According to the order, Enstar’s Kenai storage project garnered support from DNR, multiple state legislators and other regional electric utilities. However, some Anchorage-based property management companies said it was “inappropriate” for ratepayers to bear the cost of the project. The project’s $240 million price tag would’ve increased bills for customers by $10 to $12 per month, according to the filing.
Sims said Enstar is filing a petition for the reconsideration of the ruling next week.
“Just in case the commission denies that request, yes, we are looking at other storage options,” he said. “Unfortunately, based on our analysis that we did before we filed with the commission, those options appear to be more expensive.”
Sims said he’s hoping production and storage ramps up, but if it doesn’t, he said the utility may need to ask customers this winter to conserve supplies by lowering their thermostats.
___
This story was originally published by Alaska Public Media and distributed through a partnership with The Associated Press.
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