Not long ago, a YouTube video that went viral around the world attracted a lot of attention from many tech enthusiasts. In the video, Alex Burkan, an inventor from Russia, shows off a set of Iron Man armor that is closest to the original film to date.
It's not a clip from a Hollywood blockbuster, it's not an elaborate special effects video, it's a real reality.
The most impressive part of this set is its core powertrain. Although he couldn't build the real arc reactor in the movie, he built the world's first personal hydrogen reactor with his exquisite craftsmanship.
Netizens exclaimed that creativity and technical strength are too strong.
One netizen commented: "Talented! From sketching to styling to manufacturing, his range of skills is staggering, and he's also a bodybuilder, YouTuber, singer, guitarist, and an all-around creator. "
Another fan said, "His videos are so precious! It's like a documentary, and the whole research process is free and open-source, which inspires me. "
Someone else appealed: "Give this all-rounder a factory!" We can't wait to see this project finally completed and put into use." "
▍ Six years of sharpening a sword: The birth of the Iron Man armor
Alex Burkan's Iron Man Suit project spanned nearly six years, and when he first publicly showed the production video of the suit, the video exceeded a million views in just a few days and became a hot topic on major social media platforms.
Fans have praised him as "the real-life version of Tony ·Stark".
With the support of his hydrogen reactor power system, Alex also successfully developed the Jet Propulsion System for the Warframe, and used hydrogen combustion and plasma propulsion technology to create thrusters and cutters on the arm.
In order to achieve precise control of the armor's limbs, Alex designed an innovative control system. He used flexible materials and pneumatic actuation to simulate the movement of human muscles, a design that not only improved the flexibility of the warframe, but also greatly enhanced its adaptability and safety.
Imagine being able to control this high-tech armor as if you were wearing a second skin, and that's exciting!
Alex also integrated an advanced sensor system into the Warframe. He used sensors that could capture the wearer's muscle electrical signals. These signals are processed by complex algorithms and converted into control commands, enabling a seamless connection between the warframe and the wearer.
This human-machine interface technology shows where the future of wearables is headed. Maybe in the near future, we will all be able to control all kinds of electronic devices through muscle micro-movements, and we will no longer have to worry about finding a remote control.
▍From Garage to Lab: The Creative Process of an Inventor
Alex Burkan's creation process is a real-life version of a science fiction movie. In his garage, we can see how this hardcore man has brought the armor from the movie to life.
First up is the design and modeling phase, where Alex's journey began with a simple sketch.
He skillfully blended Iron Man's classic look with a contemporary technological aesthetic to create a unique design.
He then uses 3D printing to create multiple intricate parts of the warframe, which not only improves efficiency, but also ensures the accuracy of each part.
To balance weight and strength, Alex uses a variety of composite materials. The careful selection of these materials makes the warframe both lightweight and strong.
Alex's hydrogen reactor design was the highlight of the project. This environmentally friendly and efficient energy system not only embodies the concept of sustainable development, but also offers new ideas for future energy solutions.
One of the most striking innovations in the project is hydrogen-powered artificial muscle technology. This design gives the Warframe the flexibility and power to leap from a static exhibit to a functional.
To ensure the beauty and durability of the armor, Alex meticulously plated the 3D printed parts, embodying meticulous craftsmanship.
In "Iron Man", Tony · Stark's armor is a fusion of high-tech and personal traits. This set of equipment from the movie can fly, stealth, have incredible firepower, and move quickly and flexibly. In contrast, Alex's real-life Warframe has made a breakthrough, but it still faces many challenges.
The first is the technology gap. The movie armor is equipped with advanced AI and can make independent decisions about combat. The real-life version, on the other hand, relies mainly on mechanical and electrical systems and has a limited degree of intelligence. The second is material application. The "titanium" in the sci-fi work gives the armor super protection, and Alex uses actual composite materials, which are lightweight but not as protective as possible.
Still, Alex's creations are amazing. It showcases the advancement of modern technology and also reveals the gulf between science fiction and reality. This exploration not only pays tribute to classic science fiction, but also promotes the practical development of related technologies to a certain extent.
▍ Lightsaber: A realistic rendition of Star Wars weapons
Even before the Iron Man Warframe project, Alex Burkan was already known to the tech community for an amazing achievement. He was recognized by Guinness World Records as the creator of the world's first retractable lightsaber.
The lightsaber produced a 3.28-foot (1 meter) long plasma blade that is said to be able to reach temperatures of up to 5072 degrees Fahrenheit and can even cut through steel.
Alex has been researching and working with hydrogen generation equipment since 2013, and he spent years gathering ideas and spare parts from the internet and scrapyards to create this unique weapon.
This ability to create miracles out of waste is amazing!
The core component of the lightsaber is an electrolyzer that generates large amounts of hydrogen and oxygen and compresses the gas to any pressure without the need for a mechanical compressor.
This efficient gas generation and compression technology is the culmination of Alex's years of research and laid the foundation for his subsequent Iron Man Armor project.
▍From science fiction to reality: cross-border innovation promotes technological progress
Alex Burkan's initiative has sparked buzz on social media. #RealIronMan和 #AlexBurkan both appeared on the overseas hot search list, and celebrities in the technology industry praised them one after another.
Popular science writer Randall Munroe exclaims, "Alex shows the infinite possibilities of personal innovation. Even Elon Musk joined the discussion, quipping, "Impressive, @AlexBurkan." Do you want to talk about the Mars colonization plan? "
A user who claims to be an aerospace engineer commented: "Alex's work is not practical, but its innovative thinking and interdisciplinary applications are worth learning. In particular, the exploration of personal hydrogen reactors may have an important impact on the development of clean energy in the future. "
Alex Burkan's story proves that science fiction isn't just entertainment, it's a catalyst for innovation. By combining imagination with engineering practice, we are able to push the boundaries of technology and bring cinematic wonders to life. From Iron Man armors to lightsabers, Alex shows how a geek works tirelessly to bring sci-fi concepts to life. And it takes courage, wisdom and perseverance to make it happen. "
Finally, what do you think of Alex Burkan's Iron Man armor and lightsaber?