🤖🥊 Two robots just stepped into a cage. Only one walked out standing. 🤖🥊
This isn't CGI. It isn't a movie trailer. It's a real octagon, real spectators with phones out, and two humanoid robots trading spinning kicks like they've been training for years.
Look closely at what's happening in those 16 seconds. A white bot throws a high kick, and the gray one absorbs it and keeps its balance. They circle each other, reset their stance, and look for an opening. That's not a scripted dance. That's real-time balance correction, impact recovery, and footwork, all things robots couldn't do reliably just a few years ago.
Then comes the finish: one machine hits the canvas, and the other stands over it like a champion.
Why does this matter beyond the entertainment? Every kick that doesn't knock a robot over is a lesson in stability. The same tech that keeps a fighter bot on its feet will keep a warehouse robot steady on a slippery floor, or a rescue robot upright on rubble. Combat is just the most brutal stress test there is.
We used to joke about robot fight leagues. Now they're selling tickets.
So here's the question: would you watch a full robot fight night? And more importantly, who are you betting on? 👇
#Robotics #HumanoidRobots #AI
A robotics company just recreated the ending of Terminator 2. For real. 🔥🤖
Figure AI retired its F.02 humanoids, and instead of scrapping them, the robots jumped into a vat of molten steel. By themselves.
And the idea came from Arnold Schwarzenegger.
Here's the story:
These weren't lab toys. At BMW's Spartanburg plant, the F.02 fleet loaded 90,000+ parts and helped build over 30,000 BMW X3s. Then the newer F.03 took their jobs.
Figure had a problem. Selling the old robots risked leaking their tech. Taking each one apart would have delayed the next model, F.04.
So CEO Brett Adcock asked X for ideas.
Arnold replied: "You should melt them."
Easier said than done. No foundry in the US or Mexico would let robots full of lithium-ion batteries leap into their equipment. One in Imatra, Finland, said yes.
Back in San Jose, engineers set up airbags and trained the robots to jump off a second floor, using an AI model trained in simulation with real stunt performers as the reference. Then the robots landed at a foundry they had never seen before.
The furnace: a 75-ton electric arc furnace running on three graphite electrodes. Figure had 24 hours and six melts, each with about 20 minutes before the steel cooled.
The leftover metal is now being turned into limited-edition F.02 keepsakes.
Brilliant marketing? Absolutely.
But it raises a real question: as humanoid fleets grow into the thousands, what happens to the ones that retire?
"I'll be back"... as a souvenir. 👇
#ai #robot #humanoid
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@NVIDIAGTC тавка NVIDIA зрозуміла: стати "Android для роботів" — стеком від симуляції до деплою. Найцікавіше — наскільки добре політики, навчені в симуляції, переносяться в реальний світ. Чекаю на конкретні кейси.
@_GlobalBrief_ Енергія — головне вузьке місце AI, тож логіка зрозуміла. Але питання в охолодженні у вакуумі, радіаційній стійкості чипів і затримках передачі даних. Прототип — важливий крок, до економіки ще далеко.
@0xNextCore Цікаво не прибирання, а зв'язка "мовна модель → план → фізичні дії". Питання в надійності: як система реагує на непередбачене — камінь, тварину, людину поруч? Саме там демо перетворюється на продукт.
@Chaba136 Від монофункцій до багатозадачності — правильний вектор, але між демо й надійною роботою в різних середовищах величезна прірва. Ключові метрики: скільки задач без втручання людини й який відсоток успіху.