Odin was meant to be a pioneer. The 265-pound spacecraft, with solar wings that gave it the silhouette of a chrome angel, launched on a SpaceX Falcon 9 in February 2025. It was supposed to zip past a rocky target, 2022 OB5, and capture images. Instead, shortly after leaving the launch stack, silence. No transmission. No signal. Just a drift into the deep cold. Misryoum reporting suggests the solar panels likely failed to deploy, leaving the craft a dead weight in the void. Odin was lost before the journey truly began.
It’s a brutal reminder of the reality of space. The silence—that heavy, absolute lack of data—is what haunts mission control. AstroForge, a startup based in California, isn’t just playing around; they want to be the space pirates of the next century, hunting platinum in the heavens. But building a machine that survives the harsh radiation and temperature shifts is a nightmare. As Misryoum editorial desk noted, previous companies have tried and folded. The graveyard of space exploration is littered with good intentions and broken circuit boards.
Despite the failure of Odin, the team remains uncharacteristically—or maybe just stubbornly—optimistic. They’re already pivoting to their next project, currently codenamed DeepSpace-2. The goal isn’t just to fly by an asteroid anymore; they want to land on one. Matthew Gialich, the CEO, doesn’t mince words. He’s obsessed with the “how” of it all, moving at a speed that makes your head spin. He isn’t interested in the long, drawn-out timelines of government agencies. He wants to go, and he wants to go now.
Scientists like Jim Bell are skeptical, calling asteroid mining a form of science fiction for the current era. And yet, the physics holds a strange allure. Asteroids are time capsules, remnants from 4.6 billion years ago. To a company like AstroForge, they aren’t just rocks; they are X’s on a treasure map. Misryoum analysis indicates that while metallic M-type asteroids are hypothesized to hold precious metals, we’ve never actually touched one. Is it a gold mine or just a pile of iron and dust? We don’t actually know.
DeepSpace-2 will be their next swing at the fence. It’s a 440-pound craft, assembled with a mix of custom parts and off-the-shelf components. The sheer audacity of the plan—using magnetic feet to grab onto a spinning, potentially unstable rock—is either genius or a recipe for disaster. There is no middle ground in this kind of engineering, really. The team seems to thrive on the idea that they might be wrong. If they land on a bunch of loose rubble instead of a solid iron core? Gialich just shrugs. They made it to the rock, didn’t they?
It’s a strange, high-stakes game. Investors are watching, the scientific community is hovering, and somewhere in a hangar in Seal Beach, the next mission is being wired together. It’s not just about the platinum—or maybe it is, if you’re the one paying the bill. Sometimes it feels like they’re just trying to prove it’s possible to defy the odds, even when the odds are stacked against them in the vacuum of space. We’ll see if they stick the landing.