YAKUDZA

With AI, earning money and life becomes much easier.
I’ll help you with this."

[YAKUDZA @AIInitiator]

NASA BUILT A HUMANOID ROBOT FOR ONE REASON. TO GO WHERE ASTRONAUTS CANNOT.

Meet Valkyrie. 188 centimeters. 136 kilograms. Built at Johnson Space Center specifically for environments that are too dangerous, too damaged, or too hostile for a human in a suit. Not a factory floor. Not a warehouse. Space.

The logic is straightforward and most people have not thought it through. Every hour an astronaut spends cleaning solar panels or inspecting a damaged module outside the spacecraft is an hour they are not doing science. Valkyrie handles the dull, the dirty, and the dangerous. The crew handles discovery. NASA is not replacing astronauts. They are giving astronauts their time back.

What makes this different from every other humanoid robot announcement is the environment it has to survive. No controlled lab. No flat warehouse floor. Microgravity, radiation, temperature swings of 270 degrees between sun and shadow, and zero margin for a software crash. The robot that can work reliably in that environment can work reliably anywhere on Earth without complaint.

The moon and Mars missions planned for 2028 and 2031 assume humanoid robots arrive first to prepare the site. Not alongside humans. Before them. That is the actual timeline nobody is talking about loudly enough.

[Mag1strY0da @Yuuki_Bodisan]

$38B market. $16K humanoids. 30,000 BMWs. Robots rolling off production lines by the hour.

The humanoid race isn't about who builds the coolest robot anymore.
It's about who makes human labor economics stop making sense. https://t.co/gF86ESM751

[YAKUDZA @AIInitiator]

@0xVort1x Wow

[YAKUDZA @AIInitiator]

@zerogtalent curious what you mean by unsexy infrastructure exactly like power density is obvious but what's actually breaking at scale right now, actuator wear from repetitive motion or something else

[YAKUDZA @AIInitiator]

THIS FACTORY FLOOR REPRESENTS $23 BILLION IN BETS THAT HUMANOID ROBOTS ARE NOT THE FUTURE. THEY ARE THE PRESENT.

In 2026 alone, investors poured more money into humanoid robotics than in the previous five years combined. Not into AI software. Not into cloud computing. Into physical robots that walk, lift, sort, and assemble on real factory floors.

What you are seeing in this video is not a prototype line. These are production units moving through a warehouse doing real work. The hands you see in the close up shot have more degrees of freedom than most industrial robot arms that have been running for decades. The difference is they are attached to a body that can walk to the next station, adapt to a different task, and not require a complete retooling of the facility to deploy.

That last part is what the $23 billion is actually betting on. Every factory in the world is built around human proportions. Doors, aisles, shelves, tables. A humanoid robot fits into that infrastructure on day one. No rebuilding. No redesign. Just plug in a robot and start the shift.

China understood this two years before anyone else started taking it seriously. The scale you are watching is the result.

[Mag1strY0da @Yuuki_Bodisan]

$38B market. $16K humanoids. 30,000 BMWs. Robots rolling off production lines by the hour.

The humanoid race isn't about who builds the coolest robot anymore.
It's about who makes human labor economics stop making sense. https://t.co/gF86ESM751

[Mag1strY0da @Yuuki_Bodisan]

$38B market. $16K humanoids. 30,000 BMWs. Robots rolling off production lines by the hour.

The humanoid race isn't about who builds the coolest robot anymore.
It's about who makes human labor economics stop making sense. https://t.co/gF86ESM751

[YAKUDZA @AIInitiator]

@TrenchersAI 🤔🤔🤔

[YAKUDZA @AIInitiator]

@0xVisii0nary will chop off the hand😬😬😬

[YAKUDZA @AIInitiator]

@aelvor1 Mmm good baby😄😄👀

[YAKUDZA @AIInitiator]

@rohanpaul_ai But where are you going?🤣🤣🤣

[YAKUDZA @AIInitiator]

@0xOracul Hahaha 👀

[YAKUDZA @AIInitiator]

@A19genius 👀

[YAKUDZA @AIInitiator]

@maksim434244 I wouldn't want a humanoid to attack me.

[YAKUDZA @AIInitiator]

@murzik52

[YAKUDZA @AIInitiator]

@Astra_Robotics Wow

[YAKUDZA @AIInitiator]

@pixu_alpha Crazy

[YAKUDZA @AIInitiator]

Full fight below. Watch it and tell me this is not the future of combat sports.

[YAKUDZA @AIInitiator]

DANA WHITE HAS BEEN ASKED ABOUT ROBOT FIGHTING THREE TIMES THIS YEAR. HE KEEPS SAYING "NOT YET." CHINA DID NOT WAIT FOR HIS ANSWER.

While the UFC was still debating whether robot combat is a real sport, China filled an arena, built a cage, and put two humanoid robots inside it. No scripts. No remote control. The robots read each other in real time, calculate when to strike, and decide on their own when to go for the finish.

What you are watching is not choreography. It is two machines making combat decisions autonomously at speeds a human fighter cannot match. Every movement is a real time response to what the opponent just did. The knockout at the end of this clip was not programmed. It was earned.

The UFC took 30 years to go from underground spectacle to mainstream sport. China did this in two. They have rules, rounds, weight classes, and a crowd that reacted to that knockout the same way any MMA crowd would.

Dana White built the biggest combat sports organization in history by seeing what others dismissed. Right now he is dismissing this. History suggests that is a mistake.

Full fight in the comments. Watch the knockout again and tell me that is not a sport.

[Shredder @Shred_0x]

https://t.co/DYkh71pKPf

[YAKUDZA @AIInitiator]

@YehorGrishbie Wow👀👀👀

[Yehor Grisham @YehorGrishbie]

THIS IS WHAT A $50M SERIES A LOOKS LIKE NOW.

Watched a Xynova robotics hand video today. Two black hands reach toward each other like the Sistine Chapel, then the shell goes transparent and brass gears spin in perfect sync, a pulse of light travels the wrist when fingers touch. Genuinely beautiful. Studio lighting, zero grain, the kind of render that gets shared for the visuals alone.

Not a single second shows the hand grasping a real object, completing a task or failing under actual conditions. Just floating specs. 22 active degrees of freedom, repeatability under 05 mm, force control accuracy to fractions of a newton, min backdrive torque 004 Nm, tactile range 01 to 20 N, finger bend stretch at 5 Hz, grip diameter from 10 to 220 mm, joint angles mapped out and thermal overlays.

This is the new pitch format for high end robot hands. Not watch it work. Watch it exist beautifully. The better the render, the less anyone asks what it can actually do outside the perfect lighting.

[Yehor Grisham @YehorGrishbie]

THOSE CABLES ON HER NECK AREN’T WIRES. THEY’RE MUSCLES

Each copper strand runs to a piston. Pistons pull in opposing pairs, one contracts while the other releases, exactly how a bicep and tricep work against each other. This is tendon driven actuation. Engineers didn’t invent a new way to move a joint. They copied the oldest one that exists.

Rigid robots bolt motors directly to a joint. Fast, precise, mechanical. This routes force through flexible cable instead, letting the neck absorb small shocks and move with a softness rigid designs can’t fake.

Next time you see cables running down a humanoid’s neck or spine, that’s not wiring someone forgot to hide. That’s muscle mechanics over motor mechanics.

Follow for more breakdowns like this.