I looked around and whispered, ‘I must’ve just won.’” The mission remains his callingĪlthough he continues to make knives and even swords for family and friends, Ritter remains dedicated to his stockpile stewardship mission at the Laboratory. I didn’t believe it until I saw Jamie leaving the forge. “What was most surreal was when the host, Wil Willis, announced that I was the champion. “The judges did a great job of putting us at ease before the filming got started,” he notes. The hardest part about the competition is succumbing to tunnel vision-next thing you know, time’s up!”Īlthough the judges are intense onscreen, Ritter notes that offscreen they are really helpful. There’s a cameraman assigned to you, and he follows you wherever you go. “I mean, it feels like 1,000 degrees in there. “The competition is very real,” Ritter says with a laugh. To his surprise, Ritter found himself competing on the show’s December 18, 2019, episode, titled, “A Very Forged Christmas.” He beat out finalist Jamie Chandler by crafting a British light-cavalry sword to become a Forged in Fire champion. He quickly gained prowess and decided to try out for a Forged in Fire competition. Using his engineering background, he began to sculpt blades for friends and family. Encouraged by his wife, Ritter began to acquire the basic tools and to experiment.
The overall winner of each episode receives $10,000.Īfter binge watching as many episodes as he could, Ritter wanted to give blade forging a try. The History Channel show, now in its seventh season, features bladesmiths competing in a three-round elimination contest to recreate some of history’s most iconic bladed weapons. “He described to me this television program called Forged in Fire,” Ritter remembers. It was a chance meeting with one of his wife’s uncles that led Ritter to begin to forge blades in his garage. You could say we’re the ‘answer site’ to all questions related to hazard analysis.” Becoming a Forged in Fire champion Weapons are our primary focus-although Pantex carries out the hands-on work, we provide guidance on how to carry out that work as safely as possible. “We deal with the safety characteristics of working with nuclear weapons. Ritter says that W-10 is one of the key interface groups with Pantex. “It’s interesting-while at Pantex, I worked on the other end of what we do at the Laboratory, so I had many opportunities to collaborate with the technical staff here.” “I’ve been part of the weapons complex for pretty much my entire career,” Ritter explains. After a short stint as a facility nuclear safety manager at Bechtel Corporation, he came to Los Alamos, where for the past four years he has worked as an R&D engineer for W-10. I just love how the art intertwines with the science of it.” A career dedicated to the Weapons complexĪfter graduating from New Mexico State University with a degree in mechanical engineering, Ritter joined B&W Pantex, where he worked for the next 15 years. “It really appeals to me at an engineering level.
“There’s a ton of detail when it comes to forging knives,” Ritter says, eyebrows raised. With his other hand, he uses a hammer to strike at the steel to sculpt what will become a custom blade for culinary use. He takes it out of a blazing hot forge and places it onto an anvil that’s secured to a tree stump by a rusted chain. Standing in his garage-turned-blacksmithhovel, Boyd Ritter of the Laboratory’s Weapon Systems Safety Analysis (W-10) group clasps a bright-red steel bar called a billet.
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