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James Pearson makes first repeat of Shikantaza

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  • Rambling In The Bugaboos by David Fay

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    ClimbingZineC
    We rounded the bend and there were half a dozen people lining up at the base of the route. Rock climbing pioneers had valued the virtue of good clothing: well ironed shirts, collared and tucked. We paused momentarily—not because of the crowds but because of the publicity—before stripping down to our birthday suits and soaring… https://climbingzine.com/rambling-in-the-bugaboos-by-david-fay/
  • Guidebook XV—Policy Spotlight

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    American Alpine ClubA
    Consider the following true story: It’s the mid-2000s and two friends are on a long, multi-pitch sport climb. They’re excited—it is the climbing vacation to paradise they’ve dreamt about. They’ve been on clean, hard limestone all week. They’re prepared and plenty experienced for this climb. The leader has reached a belay stance and is getting ready to bring up their partner. They are building an anchor on two shiny new bolts. As the leader flakes the rope, they see the first bolt on the next pitch is close, and they decide to clip the rope into it—giving their partner a little more of a top-rope in the last moves and setting them up for swinging into the next pitch. The follower gets to the anchor and clips in. What a climb! They both lean back to laugh. Both anchor bolts break. They fall. Only that extra bolt on the next pitch holds, keeping them from dying, but all three bolts were shiny and brand new. Corrosion isn’t always visible, and there are a few different kinds of severe corrosion that result in scary failures like the one described above. These have been known for a long time in industries like construction and nuclear power, but it has only been in the last 20 years or so that we’ve recognized them in climbing anchors. These failures don’t require a lot of corrosion, just a very small amount. The two main types are Stress Corrosion Cracking (SCC) and Sulfur Stress Cracking (SSC), but there are others as well. For a number of reasons, these are really terrifying problems in climbing safety: they can happen very quickly without any easy-to- spot outward signs; they are difficult to predict; and they happen on stainless steels that climbers and route developers commonly think of as bomber. Like in any other part of climbing, assumptions can kill. Starting in the late 1990s, climbers started talking about this issue. The problem seemed particularly obvious in coastal climbing areas, but it began to crop up elsewhere as well. Companies were quietly adjusting the alloying content of their wedge bolts, scientific papers were being written, and developers were beginning to use glue-ins and titanium. And ultimately, the Union Internationale des Associations d’Alpinisme (UIAA) Safety Commission (SafeComm) started looking into the issue in a rigorous way. The UIAA is where the buck stops with global climbing safety. It is a union of climbing federations from 73 countries that works on things like mountain medicine, protecting climbing areas globally, organizing Ice Climbing World Cups, and standardizing training curricula and safe practices. It is where gear failure from all countries gets analyzed. It is where climbers, manufacturers, and labs come together to make climbing safer. As the national organization for climbers in America, the American Alpine Club is the U.S. representative to the UIAA. To address the SCC issue, the SafeComm worked for almost 15 years to develop a new Rock Anchor Standard that tests the complete anchor—UIAA123. In the summer of 2025, we updated it at our 50th anniversary meeting with guidance on welding. SCC starts with a pit on the surface of the material. This could be a small defect in the steel, damage caused by placing the bolt, or something left over from manufacturing. Pitting corrosion can also start the process. Pitting corrosion causes deepening pits to form in the surface and is typically fueled by the presence of chlorine. In all these types of corrosion, chlorine isn’t consumed, it is just something that facilitates the corrosion’s progress. That means it doesn’t take very much to make this happen—a high concentration, but not a large amount. Once there is a deep enough pit, the process changes—in some cases it will stop here, but in others, the corrosion will develop into SCC and a crack will begin to extend from the bottom of the pit. This crack drives forward through the shaft of the bolt via a complex mechanism that doesn’t cause the outside of the bolt to corrode. In a short time, the bolt could break with body weight but show little sign of this danger. Sulfur Stress Cracking (SSC) is similar in effect, but not in process. For now, we’ll focus on SCC. Stress Corrosion Cracking requires three things: a susceptible material, a suitable environment, and sufficient stress in the material. None of these things are quite as straight-forward as they seem and the rate of cracking can ... https://americanalpineclub.org/news/2025/8/14/guidebook-xvpolicy-spotlight
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    climber-magazineC
    Alexander Huber, Simon Gietl and Dani Arnold completed a first ascent on the east face of Jirishanca in Peru, which is said to be one of the most striking and steepest walls in the Andes. https://www.climber.co.uk/news/gietl-huber-and-arnold-open-a-new-route-on-the-east-face-of-jirishanca-in-peru/
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    climber-magazineC
    Ahead of competing at the Chamonix Lead World Cup, German climber Yannick Flohé has flashed Dave Graham’s 2013, Fionnay test-piece, Foundations Edge (Font 8C). https://www.climber.co.uk/news/yannick-flohe-flashes-foundations-edge-font-8c-fionnay/
  • Guidebook XIV—Member Spotlight

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    American Alpine ClubA
    Spacewalking outside the Hubble Space Telescope, John Grunsfeld wasn’t that much closer to the stars than when he was back on the surface of Earth, but it certainly felt that way. The sensation of spacewalking, of constantly being in freefall, but orbiting Earth fast enough that it felt like weightlessness, was more of a thrill than terrifying. Looking out to the vaster universe, seeing the moon in its proximity, the giant body of the sun, stole his breath away. Grunsfeld was experiencing a sense of exploration that very few humans get to. It was deeply moving, a sensation he also got in the high glaciated ranges when he’d look around and be surrounded by crevasses and granite walls of rock and ice. Throughout his life, he couldn’t help but seek out the most inhospitable places on the planet, and even beyond. You might think that there is nothing similar between climbing and spacewalking. But when you ask John Grunsfeld, former astronaut and NASA Chief Scientist—and an AAC member since 1996—about the similarities, the connections are potent. The focus required of spacewalking and climbing is very much the same, Grunsfeld says. Just like you can’t perform at your best on the moves of a climb high above the ground without intense focus on the next move and the currents of balance in your body, so, too, suited up in the 300-pound spacesuit, with 4.3 pounds per square inch of oxygen, and 11 layers of protective cloth insulation, you still have to be careful not to bump the space shuttle, station, or telescope as you go about the work of repairing and updating such technology—the job of the mission in the first place. Outside the astronaut’s suit is a vacuum, and Grunsfeld is not shy about the stakes. “Humans survive seconds when vacuum-exposed,” he says. With such high risks, it’s a shame that the AAC rescue benefit doesn’t work in space. Not only is spacewalking, like climbing, inherently dangerous, it also requires intense focus, and it can be a lot like redpointing. Grunsfeld reflects that “it’s very highly scripted. Every task that you’re going to do is laid out long before we go to space. We practice extensively.” In Grunsfeld’s three missions to the Hubble Space Telescope, his spacewalks were a race against the clock—the battery life and limited oxygen that the suit supplied versus the many highly technical tasks he had to perform to update the Hubble instruments and repair various electronic systems. It’s about flow, focus, and execution—skills and a sequence of moves that he had practiced again and again on Earth before coming to space. Similarly, tether management is critical. Body positioning, and not getting tangled in the tether, is important in order to not break something—say, kick a radiator and cause a leak that destroys Hubble and his fellow astronauts inside. But to Grunsfeld, the risk is worth it. The Hubble Space Telescope is “the world’s most significant scientific instrument and worth billions of dollars. Thousands of people are counting on that work.” Indeed, perhaps a little more is at stake than a send or a summit. Growing up in Chicago, Grunsfeld’s mind first alighted on the world of science and adventure through the National Geographic magazines he devoured, and a school project that had an outsized effect. Grunsfeld’s peers were assigned to write a brief biography of people like George Washington and Babe Ruth. Rather than these more familiar figures, Grunsfeld was assigned to research the life of Enrico Fermi—a nuclear physicist who was instrumental in the Manhattan Project, the creator of the world’s first artificial nuclear reactor, and a lifelong mountaineer. Suddenly, science and the alpine seemed deeply intertwined. Grunsfeld started climbing as a teenager, top-roping in Devil’s Lake, back when the cutting edge of gear innovation meant climbing by wrapping the rope around your waist and tying it with a bowline. Attending a NOLS trip to the Wind River Range and further expanding on his rope and survivor skills truly cemented his love of climbing in wild spaces. Throughout the years, climbing was a steady beat in his life, a resource for joy. He would climb in Lumpy Ridge, the Sierra, the White Mountains of New Hampshire, Tahquitz, Peru, Bolivia, and many other places with his wife, Carol, his daughter, and close friends like Tom Loeff, another AAC member. If climbing was a steady beat, his fascination with space and astrophysics would be a starburst. At first, his application to become a NASA astronaut was denied, but in 1992, Grunsfeld joined the NASA Astronaut Corps. It would shape the rest of his life’s work. Between 1... https://americanalpineclub.org/news/2025/5/19/guidebook-xivmember-spotlight
  • Nature Charity Buys Huge Highland Estate

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    UK ClimbingU
    The Scottish Wildlife Trust has bought the Inverbroom Estate, following an anonymous donation of 17.5 Million. The nature charity aims to convert the 7,618-hectare estate into a model for rewilding in Northwest Scotland - one of the biggest su... https://www.ukclimbing.com/forums/t.php?n=779269
  • Tom Bolger makes first ascent of E.L.L.I.E (F9b)

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    climber-magazineC
    https://www.climber.co.uk/news/tom-bolger-makes-first-ascent-of-e-l-l-i-e-f9b/
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    ClimbingZineC
    https://climbingzine.com/600-page-zine-bundle-stickers-on-sale-for-40/