SpaceX's New EVA Space Suits Upgrade Just Shocked NASA & CHINA!

SpaceX isn't just upgrading spacesuits. They're rewriting the future of spacewalks. And their boldest move yet? A jetpack. Yeah, you heard that right. A real, functioning, Ironman-style jetpack, built into a next-gen EVA suit. While NASA abandoned the idea decades ago after just three risky missions, SpaceX is bringing it back, smarter, safer, and sleeker than ever before. So why did SpaceX decide to do this? How will SpaceX revive it? Find out the On September 12, 2024, SpaceX made history with its Polaris Dawn mission by successfully completing the first-ever private spacewalk. This wasn't just a milestone for space tourism. It was a crucial test of SpaceX's next-generation spacesuit technology. Imagine this. You're floating in the vast vacuum of space, and the only thing keeping you alive is the suit you're wearing. That's exactly what happened. The process began with pressurizing the suit, followed by venting the cabin air to create a vacuum. Once that vacuum environment was established, it was showtime. The astronauts stepped out, relying entirely on the new suit to keep them safe. And let's just say, the suit delivered. It performed brilliantly in protecting astronauts in a vacuum, proving SpaceX's commitment to safety and engineering excellence. Now, what makes this suit so special? SpaceX calls it a suit of armor made of fabric. That's not just marketing fluff. This EVA suit was designed with advanced joint systems and smart materials that become stiff when pressurized but remain flexible when not, offering a perfect blend of protection and movement. NASA has long aimed for this kind of balance, but SpaceX brought it to life. This suit also comes loaded with extra seals and pressure valves to ensure stable pressurization, echoing NASA's priorities around safety and redundancy. Operating at 5.1 psi in a pure oxygen environment, this suit hits a sweet spot. It's safer than NASA's older 3.5 psi shuttle suits and more mobile than Russia's bulkier 5.9 psi models. That middle ground pressure dramatically reduces the risk of decompression sickness and keeps astronauts agile during EVAs. The tech doesn't stop there. The helmet's visor is coated with copper and indium tin oxide to shield astronauts from intense solar radiation and heat, something NASA's research has always flagged as critical. And just like a sci-fi movie, there's a HUD, heads-up display, inside the helmet, providing real-time data on suit pressure, temperature, and humidity. That's the kind of situational awareness astronauts need to stay alive and perform tasks effectively. On the manufacturing side, SpaceX is setting a new standard. These suits are crafted with innovative fabric materials and in-house techniques that make them scalable and adaptable for various body types. That's a game-changer for future Moon and Mars missions, where long-duration wear and universal fit will be essential. But let's zoom out for a second. This isn't the first time humanity has leaned on a spacesuit to survive the void. Back in 1965, Soviet cosmonaut Alexei Leonov became the first human to conduct a spacewalk during the Voskhod 2 mission. His suit, the Berkut, worked, but barely. It inflated like a balloon in the vacuum of space, making movement nearly impossible. Leonov even struggled to re-enter the spacecraft. That moment showed just how tough it is to design a suit that balances safety, flexibility, and mobility. Now fast forward to 2024. SpaceX faced those same challenges, but crushed them with innovation. Their suit doesn't puff up. It allows astronauts to move freely while staying fully protected. This is a massive leap forward, not just for SpaceX, but for the future of human spaceflight. Private companies are now doing what only governments could do before, and sometimes even better. Here's the real kicker. SpaceX pulled this off in record time, and at a fraction of the cost. NASA's EMU suits have cost between $15 to $22 million each, with over $600 million spent on development over the decades. SpaceX hasn't released exact figures, but Polaris Dawn mission commander Jared Isaacman did share this jaw dropper. The smart engineers over at SpaceX built an EVA suit in less than a year, he said. NASA has been working on this for quite some time, and the cost usually goes into the billions. I can assure you that SpaceX and Polaris are not investing anything even close to that. So, what do you think? Are you as excited as I am about SpaceX's new spacesuit technology? Drop your thoughts in the comments. I'd love to hear what you think about this giant leap forward in space innovation. Beyond its many upgrades, one of the biggest differences between SpaceX's EVA suit and NASA's traditional version lies in the life support system. SpaceX's suit is tethered to the Dragon spacecraft. While NASA's system is fully self-contained, worn like a backpack, this tethered approach brings some serious advantages. The Dragon provides oxygen, power, cooling, and communications directly through the tether, meaning astronauts don't need to carry around a heavy and complex primary life support system, PLSS, on their backs like NASA's suits require. By offloading these functions to the spacecraft, SpaceX dramatically simplifies the suit design. That means fewer failure points and a more streamlined, lightweight suit that allows for greater movement and agility. It also makes manufacturing and maintenance much easier. The tether doesn't just provide life support. It also keeps astronauts from floating off into space, doubling as a safety line. It's a throwback to the Skylab era, when umbilical systems were also used instead of backpacks. Of course, there's a trade-off. Since the astronaut depends on the spacecraft for life support, their range is limited to the length of the tether. This setup is perfect for quick missions near the spacecraft, but it's not built for long-range moonwalks or Martian treks. To tackle this challenge, Elon Musk unveiled an exciting new concept, a jetpack for maneuvering, a propulsion device astronauts can wear to move freely through the vacuum of space. If this sounds familiar, it's because NASA has done something similar before. Back in the 1980s, astronauts used the Manned Maneuvering Unit, MMU, during space shuttle missions. And its modern-day successor, SAFER, Simplified Aid for EVA Rescue, still serves as an emergency tool. These jetpacks use tiny thrusters that let astronauts navigate in space without needing to be tethered. After only three missions in 1984, the MMU was retired due to serious safety concerns. The MMU allowed astronauts to travel far from the shuttle, which introduced huge risks. A post Challenger safety review concluded that the danger of an astronaut becoming stranded was too great. Also, NASA shifted focus. Many tasks that had once required the MMU, like capturing or fixing satellites, could now be handled more safely using the shuttle's robotic Canadarm and traditional tethered spacewalks. Add to that the cancellation of shuttle-based commercial and military satellite missions, and there was little reason to keep using the MMU. Updating the MMU to meet new safety requirements would have been costly. With better options available, NASA decided it wasn't worth it. That's when they introduced SAFER, a smaller, more basic jetpack designed for emergencies only. It's there just in case an astronaut accidentally floats away. As for SpaceX, we still don't know exactly how they plan to address those same safety issues. But one possibility is that they'll design a safer, semi-tethered version. Something that uses small thrusters to help astronauts move around while still being connected to the spacecraft. Still, just imagine it. A SpaceX EVA suit with a built-in jetpack. Flying through space like a superhero? That's next level cool. SpaceX is learning from NASA's past while pushing ahead with bold new ideas. It's not just about survival. It's about making space exploration more exciting, more capable, and way more awesome. Alongside SpaceX's futuristic suits, NASA's cutting-edge Artemis spacesuit has also been turning heads in recent years. Back in March 2023, NASA and Axiom Space pulled the curtain back on a groundbreaking prototype, the next-gen suit that astronauts will wear during Artemis missions to the moon. Called the Axiom Extravehicular Mobility Unit, or Axiom U, this suit isn't just stylish. It's a leap forward in functionality. Axiom says it's designed to empower astronauts with advanced tools for lunar exploration, while also serving NASA's push for commercially developed human systems to access, live and work on and around the moon. Based on NASA's own XEMU design, the Axiom U steps it up with increased mobility, better protection from the moon's brutal environment, and smart, mission-ready tools that unlock even more opportunities for scientific discovery. Thanks to a suite of innovative tech, these suits are set to take astronauts further across the moon's surface than ever before. Now here's a cool design twist. Lunar suits need to be white to reflect heat and shield astronauts from dangerously high temperatures. But when the prototype was first unveiled, it wore a sleek outer shell just for display, hiding its real structure underneath. That shell was actually created with help from Esther Markey, the costume designer from Apple TV Plus's For All Mankind. It featured Axiom Space's branding and color palette to give the suit a little showbiz flair. Fast forward to October 2024, Axiom finally revealed the flight-ready version of the Artemis spacesuit, this time in the iconic white it'll wear on the moon. And guess who helped design it? Prada. Yes, that Prada. The new suit boasts huge upgrades over the Apollo-era gear from over 50 years ago. There's a lot more mobility in this suit design, Axiom noted. It's also packed with more redundancy and real-time health monitoring, something the original moonwalkers could only dream of. But the evolution didn't stop there. Axiom explained that the suit's internals have been evolving fast. What's underneath this layer is not the same as what was there a couple years ago, they said. This is a constantly refined piece of engineering built to meet the moon's many challenges. Then in July 2025, Axiom turned up the excitement again by announcing a partnership with Oakley for the suit's visor system. This isn't just any visor. It includes Oakley's next-gen high-definition optics, HDO, just like their premium eyewear. The helmet's visor system is packed with features like a deployable, two-part visor to handle extreme lighting, and a second bubble helmet for added UV and dust protection. Oh, and that outer layer? It's coated in 24-karat gold, not just for style, but to combat the harsh, blinding sunlight at the lunar south pole. All those layers also help reduce lunar dust interference, a major concern when you're walking for hours in one of the most unforgiving environments in the solar system. Bottom line? Axiom's Axiom-U suit is light-years ahead of where we were during Apollo, and it's a huge step toward humanity's return to the moon. NASA tapped Axiom Space to build the Axiom-U suit back in September 2022, when it awarded it a task order valued at $228.5 million. The company also received an additional contract the following year to create the necessary modifications for the suit to operate in a low-Earth orbit environment. In May, Axiom Space brought the Axiom-U to NASA's Johnson Space Center, where Koichi Wakata, Axiom Space astronaut, chief technology officer, and former JAXA astronaut performed tests inside the massive pool called the Neutral Buoyancy Laboratory, NBL. Two spacesuit engineers from NASA also donned the suit in the NBL. These are early days in the NBL testing, as you can imagine. Obviously, we want to make sure this suit has integrity, and clearly that was the case, said Michael Lopez-Alegria, lead astronaut at Axiom Space. We have to test out the procedures and how we go through the pressurization with a person inside instead of just a dummy or nobody, but SpaceX wasn't the only one making headlines. Across the globe in eastern Asia, the China-manned space agency wasn't far behind. Just roughly two weeks after the Polaris Dawn mission, China unveiled its own next-gen lunar spacesuit, a bold statement that it's ready to land on the moon by 2030. This new suit, set to be worn during future moonwalks, visually resembles NASA's classic EMU suits, with its iconic red and white color scheme. Packed with innovation, China's lunar suit is engineered to tackle the moon's brutal conditions. According to reports, it features both long and short-range cameras, an integrated operations console, and a massive oxygen supply backpack. One standout element is its glare-proof panoramic helmet visor. This feature isn't just for looks. It protects astronauts from the blinding sunlight bouncing off the lunar surface, enhancing visibility and reducing eye fatigue during critical tasks. Delving deeper, research suggests the suit is made from advanced materials that insulate astronauts from the moon's extreme temperature swings, from blistering heat to bone-chilling cold. It also offers protection against lunar dust, known for its abrasive nature that can quickly wear down gear. This means more durability, longer missions, and fewer suit failures. In a demonstration video, an astronaut showcases the suit's mobility against a space-themed backdrop. Every movement, from walking to bending, highlights the suit's thoughtful joint design and ergonomic construction. It's clearly built for functionality under reduced gravity, ensuring astronauts can perform complex tasks without feeling restricted. That said, there's been some online chatter comparing the two nations' suits. While China's design checks many boxes, some viewers noted its bulkier appearance compared to SpaceX's sleek, light, and futuristic aesthetic. One comment joked, Why does this look like me when I'm on the verge of taking a massive ----? Another added that China's suit felt like a throwback to old-school NASA, whereas SpaceX seems to be stepping into the next era of spacewear. So, how about you? Are you impressed with the new Chinese space suit? Let me know in the comments section below. Anyway, if you loved this deep dive, smash that like button, hit subscribe, and ring the bell. We're aiming for 150,000 subscribers, and we need you to get there. Regardless of the memes, one thing is clear. We are witnessing a new golden age of space exploration, with multiple players pushing the boundaries of what's possible. And the race to the moon, and beyond, just got a whole lot more exciting. China's latest move has stunned even the most seasoned experts in the field. One of them is Canadian astronaut Chris Hadfield, who took to X to comment on the momentous reveal. China has stated their astronauts will be walking on the moon by 2030. They just revealed their new suit. The reveal also caught the attention of none other than Elon Musk. At the time, the SpaceX CEO was battling what he called Kafkaesque paperwork, referencing the kind of absurd bureaucracy made famous by novelist Franz Kafka. Responding to the video of the Chinese suit on X, Musk didn't hold back. Meanwhile, back in America, the FAA is smothering the national space program in Kafkaesque paperwork. That single tweet wasn't just a jab. It opened the floodgates. Musk was drawing a sharp contrast between China's rapid progress and the United States' bureaucratic gridlock. His post echoed growing frustrations in the private space industry, especially as his own company, SpaceX, was hit with hefty fines by the FAA. In September 2024, SpaceX wrote a scathing letter to the U.S. Congress, accusing the FAA of being too slow and under-resourced to handle the booming commercial space sector. According to the letter, delays caused by the FAA's slow pace directly threatened national priorities. At the center of the dispute was Starship, SpaceX's next-gen rocket system designed for deep space travel. Despite being fully built and ready for its fifth test flight since August, the FAA had pushed its next possible launch date to no earlier than November. Musk was furious. The FAA leadership spends their resources attacking SpaceX for petty matters that have nothing to do with safety, while neglecting real safety issues at Boeing. This is deeply wrong and puts human lives at risk. Enough is enough. His frustration wasn't without context. SpaceX had just stepped in to rescue NASA astronauts Sunita Williams and Barry Wilmore from the ISS when Boeing's Starliner ran into issues. Yet despite stepping up, the FAA fined SpaceX $633,009 for alleged safety violation. In its defense, SpaceX laid out detailed facts in the letter, insisting it remains absolutely committed to safety in all operations. The company also accused the FAA of relying on false reporting and superfluous environmental analysis to justify delaying Starship's launch. Just to underscore the absurdity, Musk declared on X, Flight 5 is built and ready to fly. Flight 6 will be ready to fly before Flight 5 even gets approved by the FAA. For a long time, Elon Musk has openly praised China's rapid rise in space technology. Way back in 2019, when the Chinese space station Tiangong-2 was preparing for a controlled descent from orbit, Musk took to X to express his admiration. He wrote, This is actually a good thing, by the way. China is making amazing progress in space, rapidly iterating on rocket and space station technology. Great respect. Tiangong-2, which means heavenly palace, was launched in 2016 and served as a testbed for technologies that would power China's future permanent space station. It was never meant to stay in orbit long term and was successfully deorbited on July 19, 2019, splashing down safely in the Pacific Ocean between New Zealand and Chile. While it was modest in size, far smaller than the International Space Station, it represented a major stepping stone toward China's long-term space ambitions. Fast forward to 2020, and China was making headlines again. A report by Space News revealed that China was developing smart, recoverable, and reusable launch vehicles. These weren't just rockets, they were being designed to learn, adapt, and come back for another flight. At the heart of this push was the Long March 8, a rocket designed for vertical takeoff and vertical landing, much like SpaceX's Falcon 9. Built by the China Aerospace Science and Technology Corporation CASC, it runs on a kerosene-liquid-oxygen mix and builds on tech from the Long March 7. Meanwhile, the Shanghai Academy of Spaceflight Technology, SAST, another arm of CASC, was working on a reusable Long March 6. What's really interesting is that Chinese private companies weren't content to sit back and let state-run organizations lead the way. Beijing-based Landspace and iSpace started developing methalox-fueled rockets that can land vertically using advanced variable-thrust engines. Then there's Galactic Energy, a rising star among the second wave of Chinese space startups, also working on a fully reusable launcher. This shift didn't go unnoticed by Elon Musk, who was clearly impressed. He tweeted, China understands the profound importance of reusability. The era of expendable rockets will soon be over. Reusability is truly considered the holy grail of the rocket industry by drastically lowering launch costs, increasing launch frequency, and enabling rapid rocket turnaround. Reusability is the holy grail of space travel. It brings down costs, increases launch frequency, and allows for faster turnaround times. Something SpaceX has mastered with its Falcon 9, which has been launched 515 times over 15 years, with 512 successful missions, giving it an astonishing 99.42 percent success rate. Earlier this year, Musk proudly declared, SpaceX will launch over 90 percent of all of Earth's payload mass to orbit this year. But China isn't far behind. With reusable variants of the Long March series and innovative rockets like Landspace's Zhuk-3, China is building a diverse and competitive launch ecosystem. The nation now ranks second globally in terms of both the number of launches and total payload mass delivered to orbit. And if Musk's predictions hold, here's how the future might look in terms of orbital dominance. China will be roughly five percent and rest of world, including rest of America, around five percent. That leaves a staggering 90 percent of the world's orbital payloads to SpaceX, at least for now. But the race is on, and it's more competitive, thrilling, and globally transformative than ever before. China's ambition to dominate the moon is no longer a secret. It's now clearer than ever. An article titled, China to Perform Crude Lunar Landing Before 2030, chief designer, shared by astronaut Chris Hadfield, put the spotlight on Beijing's bold lunar roadmap. Elon Musk himself chimed in with a powerful statement. The China space program is far more advanced than most people realize. According to Wu Weiren, chief designer of China's lunar exploration program, China is rapidly advancing toward completing its phase four lunar exploration program. And they're not just aiming to visit, they want to stay. Let's break it down. As of 2022, the China National Space Administration, CNSA, outlined a plan to begin the fourth phase of the lunar probe program, including the launch of three missions dubbed the Chang'e-6, Chang'e-7, and Chang'e-8, and the construction of an international lunar research station on the moon. Chang'e-6 scheduled for launch around 2024. This mission will attempt something no one has ever done, collect lunar soil samples from the far side of the moon. Chang'e-7, heading for the moon's south pole. This mission will search for traces of water, which is a potential game changer for long-term lunar survival. Chang'e-8, launching around 2028. This mission will work alongside Chang'e-7 to begin building an international lunar research station, focusing on testing how we might extract and use lunar resources. That's not all. To support all this activity, China is also launching the Kuiqiao-2 communications relay satellite in 2024, ensuring robust communication between Earth and missions operating at the moon's south pole and its far side, areas that are notoriously hard to reach with direct radio contact. The goal is clear. China isn't just planting a flag. They're building the infrastructure for a long-term lunar presence. With cutting-edge technology, a clear timeline, and growing international interest in collaboration, China is on the fast track to turning the moon into the next frontier of global competition. And with Musk calling attention to their progress, you know this isn't hype, it's a wake-up call. The new space race is real, and it's happening right now.