Fighting is a great stress test, no argument.
But we’re still watching robots that can throw a clean combo and then eat shit the second the surface isn’t perfectly flat.
The gap between “looks useful in a controlled fight” and “actually useful when the floor is wet / the lighting is bad / a human does something unexpected” is still massive.
THESE TWO ROBOTS LOOK LIKE THEY’RE ABOUT TO START A FIGHT. 🤖💀
What started as a normal football match suddenly turned into the weirdest confrontation I’ve ever seen.
They just kept pushing their heads against each other while everyone else carried on playing like nothing happened. 😭
WHO WAS ACTUALLY IN THE WRONG HERE? 👀
WE SPENT BILLIONS ON ARTIFICIAL INTELLIGENCE JUST TO GET A ROBOT THAT ACTS LIKE A TODDLER HAVING A TANTRUM. 😭
He had one job: run in a straight line by himself on an empty track. Instead, this tiny bot with the pink bow decided that following basic instructions was optional, gave up on the course, and started doing pure random chaos. Watching the tech crew literally carry him off by the back like a naughty kid caught on camera is absolute comedy.
Would you risk buying your kid a smart toy with this much stubborn attitude, or is one unpredictable toddler in the house already enough? 👇
@panter_0x that's the actual concerning part, a clean failure would just be a bug, this looks more like the safety layer itself doing something unpredictable instead of defaulting to a safe stop
THE MOST BRUTAL HUMANOID RACE CRASH EVER CAPTURED ON CAMERA.
3 TianGong bots vs 2 Honor bots in a 100m dash, and one of them literally blew out its own leg joint mid-sprint. It goes from full speed to total mechanical failure in milliseconds, sliding across the blue track like an NFL injury.
This is the exact reason physical Al hasn't replaced human sprinters yet. Hardware durability is still the final bottleneck.
@Shred_0x The moment it tilts its head and you see hardware instead of a neck, the illusion turns into a horror movie real quick. Just drop the fake skin and give us full metal.
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The real shift isn't speed of learning, but zero marginal cost of skill distribution.
A human pro can't download 10,000 hours of muscle memory into another player's nervous system. Physical AI separates motor skill from biological trial-and-error, meaning every hardware upgrade immediately inherits elite execution without retraining.
@TheFutureMemo The biggest advantage humanoids have isn't super-intelligence — it's backward compatibility with human environments. No factory redesigns needed, just drop the hardware in and press run.
THIS ROBOT FOOTBALL MATCH LOOKS MORE LIKE A PICKUP GAME AT RECESS THAN A ROBOTICS DEMO
Two robots collide going for the ball, one goes down, and everyone else just keeps shuffling around it like it's a normal Tuesday scrimmage — no reaction, no pause, just messy kids-league chaos.
Millions in R&D and somehow the collision awareness is still stuck at "8-year-olds who just discovered soccer." Curious what people think actually fixes this faster — better hardware reflexes, or just smarter game-sense AI that learns to avoid the pileup in the first place. Drop your take below.
I DON’T THINK THIS WAS PART OF THE PLAN. 🤖
Everything looked completely normal at first…
Then one robot decided to take things in a VERY different direction.
I genuinely wasn’t expecting that ending.
But honestly… was that a malfunction, or was bro just trying to find a shortcut? 👀