SHE WINCES WHILE THEY FIX HER JAW. THEN SHE SMILES WHEN THEY'RE DONE.
Watch the hands. They're working on the glowing part under her chin, her eye squeezes shut, and they let go right away. When they come back, they hold her neck from both sides like it might break. She closes her eyes and smiles.
The face is training the technician.
A wince makes the person with the tools slow down. A smile tells them they did it right. Nobody had to write a safety manual for that. The face handles it.
Optimus has reportedly logged 500,000 hours of training data, and a lot of data like that gets made with people working right next to the machine. Hundreds of robots a week are reportedly coming off the Fremont line. Give every one of them a face that flinches, and every person near them gets gentler without being told.
Should a robot be allowed to look like it's in pain? Yes or no.
⚠️ WHAT IF A ROBOT CAN WIN YOU OVER WITHOUT MOVING A MUSCLE? THE HUMAN DOES ALL THE WORK IN THIS CLIP AND THE ROBOT GETS THE KISS.
Watch who does the work.
Different people, same move. They lean in, eyes shut, a hand on a chest, a neck, a waist. The robot stays exactly where it is with its light on. Peak customer service: stand still, look good, get kissed.
The man in the black hoodie at the end is so committed he doesn't notice it hasn't done a thing.
A ROBOT PEOPLE LIKE GETS MORE HOURS TO FAIL IN.
Hundreds of robots a week are reportedly coming off the Fremont line, and they still can't generalise. Tesla has acknowledged that much of what you see in demos is scripted or remotely operated. A machine like that is going to drop things.
We forgive what we like. A clumsy robot people like gets another try. A clumsy robot people don't like gets sent back.
Optimus has reportedly passed 500,000 hours of training data, with a goal to roughly double that by year end. Every forgiven mistake is another hour on the floor.
My read: for a machine that can't generalise yet, being likable might be worth more than the next hardware upgrade.
So what should Tesla spend more on: making Optimus better, or making it easy to love?
Unit X retweeted
⚠️ THIS ROBOT CAN DO AN ENTIRE HOUSEHOLD'S WORK IN 16 SECONDS. BUT CAN IT WORK AN 8-HOUR SHIFT WITHOUT YOU?
It arrives in a wooden crate. By the time the music ends, dinner is already on the table.
And somehow, the speed is the least interesting part of this video.
Look at the man. He opens the crate, steadies the robot by the arm, and that's about where his involvement ends. A few cuts later he's sitting with a tablet while dinner gets served.
Now look at the editing.
Garage. Bedroom. Laundry. Kitchen. Dining table.
Every task takes seconds. All the hours between them just vanish.
No charging stop, no failed attempt, no mistakes. At least none that made it into the video.
And this is where it gets interesting.
The robotics industry has learned to make robots look productive. It still has to prove they are productive.
We measure progress in views. Businesses measure it in autonomous hours, human intervention and the cost of finished work.
Tesla is building production infrastructure for Optimus: Fremont is marked "Early Ramp" and Texas "Construction." Agility Robotics reports 65,000 hours of its robots working in real conditions, by its own figures.
That number is far less spectacular than a robot serving dinner. But it's much closer to what could change the economy.
Showing five tasks in a video is one thing. Doing them continuously, on its own and safely is another.
A robot that serves dinner on camera sells the future. A robot that works for thousands of hours builds a business.
My own laundry has been on the floor for three days. A robot that folds it in four seconds already has my attention.
Trust, though, it will have to earn.
I'd judge the next generation of humanoids by three numbers: how many hours they work on their own, how often they need a human, and what each finished task really costs.
Without those numbers, even the most impressive demo is still just a demo.
A video lasts seconds. A shift lasts hours.
So what wins the robotics race: a robot that collects millions of views, or one a company can no longer run without?
SHE TURNED HER TWIN'S HEAD WITH BOTH HANDS. ROBOT LABS PAY PEOPLE TO DO EXACTLY THAT.
Watch it again. She cups the face, turns it left, turns it right, lifts the arm and sets it back down. The doll does nothing. Every motion is hers.
In a lab, that same motion gets recorded and turned into a training file. Here it turns into a reel.
Unitree's H1 reportedly runs $90k to $100k and moves at 3.3 m/s.
Figure 02's battery is said to last 5 to 7 hours. A standard shift is 8.
Tesla reportedly acknowledged by mid-2026 that no Optimus was doing useful factory work yet.
Her twin arrived standing up in a cardboard box.
The face ships today.
The full shift is still back-ordered.
Rate it twice. Looks out of 10, usefulness out of 10.
I'll go first. 9 and 0.
SHE UNBOXED A LIFE-SIZE DOLL THAT LOOKS EXACTLY LIKE HER.
It's more realistic than anything Tesla has put on stage.
It can't lift its own arm.
Watch it again. She raises its arm. She folds its hand under its chin. She sets its legs. Every single move in those 12 seconds is hers.
Unitree reportedly shipped 5,511 humanoids last year.
Tesla says its Fremont line is planned for up to 1 million Optimus a year.
Musk reportedly says 20,000 a week is still at least a year out.
Her twin shipped in a cardboard box with bubble wrap on the arms.
The face is already a product you can order.
The arm that moves on its own is what those factories are being built for.
By 2030, which sells more, the twin that looks like her or the robot that carries her groceries?
Unit X retweeted
⚠️ WHAT IF A ROBOT ASKS “DO YOU WANT ME TO REPLACE YOUR WIFE?” AND THE MAN SAYS YES. BUT WHO CAN ACTUALLY WORK THE FIRST EIGHT HOURS?
Ten seconds, three lines, and maybe the strangest job interview ever filmed at a tech expo. And somehow, the offer wasn’t the best part.
Look at how she asks it. Straight into his face, calm voice, no small talk first, like a waiter reading the specials.
Now look at the man. One word. “Yes.” No pause, no question about price, just a lanyard around his neck and a half smile.
Then one of her eyes closes and she asks: “What would you like me to do first?”
And this is where it gets interesting.
That’s the whole story in three lines. An offer, a yes, a to-do list. The word “first” means a second task and a third. A list is hours of work, and the clip gives us seconds of charm.
We learned to measure robotics progress in views, while economic value is measured in a completely different way.
Now compare it with what Tesla actually said. On the Q3 2026 earnings call, Musk said Optimus should reach companies outside Tesla around the end of next year, and that the first customers will be industrial, doing dangerous, repetitive work. Home use comes later, as production scales.
So in Tesla’s own plan, Optimus gets a factory shift before it gets a kitchen. In the clip, the robot starts with the kitchen.
The viral clip answers a different question: how fast can a robot make a stranger say yes?
Honestly, my first task would be the dishwasher. Hour three is where I’d find out if I bought a robot or a demo. And I’d keep my wife’s number just in case.
A robot that asks the right question sells a dream. A robot that keeps answering it for thousands of hours changes the cost of labor, company productivity and the structure of the market itself.
That’s why I’d judge the next wave of humanoids by three numbers: how many hours they work autonomously, how often they need a human, and what the finished work costs.
Without those numbers, even the smoothest pitch is still just a pitch.
Maybe the industry’s biggest mistake is confusing a robot that offers to do the job with a robot that finishes it. I like Tesla’s order here: shift report first, dishwasher second.
An offer takes three seconds. A shift takes eight hours. So what brings the future closer: a robot that asks what to do first, or one that is still doing it when the camera is gone?
Unit X retweeted
⚠️ WHAT IF YOUR ROBOT COULD SAY NO? THIS ONE LET A STRANGER KEEP HIS HAND ON ITS WAIST FOR SIX SECONDS. THEN IT ANSWERED WITH ONE MOVE, AND HIS FACE SAID EVERYTHING.
Watch the robots behind the glass.
Not one of them moves. Everyone in that showroom is looking at the pair in front, and the whole row behind them just stands there, perfectly patient, like staff on a Monday.
Now watch its free arm. It hangs by its side the entire time. Then it comes up, takes his forearm and sets it down somewhere else. Calm. Exact. He steps back with his mouth open, the face of a man whose smart speaker just answered back.
FOLLOW THE HOURS, NOT THE UNITS.
Hundreds of robots a week are reportedly coming off the Fremont line, roughly ten times last quarter's rate, with a goal of more than a thousand a week by year end. They still can't generalise, and Tesla has acknowledged that a lot of what you see in demos is scripted or remotely operated.
Optimus has reportedly passed 500,000 hours of training data and aims to roughly double that by year end. Put that next to "hundreds of units a week" and a big share of those machines aren't headed to a job. They're headed out to record one.
Every hour a robot spends in a real space, handling real objects, produces something that exists nowhere else. Language models were handed the internet. Robots have to go out and make their own.
The lease plan is the tell. Tesla is reported to be leaning toward leasing Optimus first, not selling it. A lease keeps every recorded hour flowing back to Tesla instead of sitting on a customer's premises. The rental fee is almost beside the point. The real payment is the data.
My read: a stranger's hand, six seconds, one reply. In a showroom that's a funny clip. In a fleet it's a training example, and nobody else can make that example.
I could be wrong on this. I just don't have a better explanation.
So when the next robot answers back, who is it answering for: the person standing there, or the company that gets the recording?
⚠️ THE CAMERA HOLDS ON HER FACE FOR FIVE SECONDS. THEN IT PULLS BACK AND THERE'S A PAPER SIGN TAPED TO HER ARM. NOBODY READS IT.
Read the sign. 请勿触摸. Please do not touch.
No touching. No handshakes. No hands-on demo.
Up close you can see the pores on her cheek and a stray hair lying across it. Below the collar it's white plastic, a logo on the chest, and arms hanging straight down the whole clip.
The camera wanted the face. The camera always wants the face.
A MACHINE MADE TO HANDLE THINGS IS ASKING NOT TO BE HANDLED.
Figure 02 reportedly ran ten-hour weekday shifts at BMW's Spartanburg plant, loading more than 90,000 parts over 1,250+ hours before the pilot wrapped in November 2025.
So the one with the plain faceplate spent a thousand hours with its hands full.
Tesla has said the new Optimus hand carries 22 degrees of freedom in the fingers. That number counts ways to grip. It starts to matter once someone is allowed to hand it something.
My read: the sign is honest. She's a showpiece, and showpieces can't take a stranger's bump. The robots you get to touch are the ones with nothing pretty to break.
She gets a sign. The plain one gets a shift.
Which one would you let hand you a coffee in 2028?
A SILVER HUMANOID WAVES AT A TRADE SHOW CROWD. SHE'S STANDING ON CHUNKY SILVER HEELS. NOBODY WALKING PAST ASKS HOW.
Look at her feet.
No flat soles. No wide stance. No wobble.
One knee bends, her weight slides to the other leg, and she glances down to fiddle with her own metal fingers. The screen behind her is selling air conditioners.
They watch the fingers. They always watch the fingers.
THE BEST ROBOT AT THIS SHOW MIGHT BE A PERSON.
UBS projects around 2 million humanoids in workplaces by 2035. Against a global workforce of roughly 3.5 billion, that's about 0.06%.
So for the next decade almost nobody meets a working humanoid. They meet one at a booth, on a stage, or in a clip like this, and they decide what the whole field can do from that.
The first Tesla Bot ever shown in public, at AI Day in 2021, was a dancer in a bodysuit. What that moment measured was the audience, and how fast a room fills in the rest.
My read: that's a performer in a very good suit, which is fair game at an air conditioner booth. The interesting part is the crowd. Real humanoids stand on wide flat feet because balance is still one of the hard problems, and heels are the easiest tell in the building. Nobody checked.
She passed for a robot in ten seconds. Robots are still years away from passing for her.
In 2030, will you still be able to tell which one is waving at you?
HE PEELS BUBBLE WRAP OFF A BRAND-NEW HUMANOID AND PINCHES THE SKIN ON THE BACK OF HER HAND. EVERY TIME HER ARM MOVES, IT'S HIS HAND MOVING IT.
Follow the hands. Both pairs.
No reach. No grip. Not one move of her own in twelve seconds.
At the end he stands beside her and gives the camera a thumbs up. Her hands hang at her hips with the fingers fanned, palms forward, exactly where he left them.
He's showing off the skin. Everyone always shows off the skin.
THE ONLY WORKER IN THIS CLIP IS WEARING A PURPLE T-SHIRT.
Every car sold on Earth adds up to roughly $3 trillion a year. What the world spends on human labor is estimated at more than $50 trillion, most of it paid to hands that lift, carry and put things where they belong.
So the market behind that number is motion. In this clip, every bit of motion comes from him.
Humanoid labor is expected to make economic sense once it gets quoted at $3 to $8 per operating hour. That number counts hours a robot spends moving on its own. She hasn't logged her first one.
My read: he thinks he's unboxing a product. He's unboxing a mannequin with very good skin and joints that hold whatever pose they're given. Joints that stay where you leave them are solved. Joints that decide where to go are what all those trillions are waiting on.
The skin shipped. The work didn't.
Who moves her hand in 2030, her or him?
AN ELF-EARED ANDROID PERFORMS INTO A CRYSTAL MICROPHONE FOR HALF A MINUTE. IN THE LAST THREE SECONDS THE CAMERA PULLS BACK AND A MAN WITH A LANYARD IS SITTING BEHIND THE SPEAKER, HEAD DOWN. NOBODY IN THE ROOM LOOKS AT HIM.
Look behind the speaker.
No stage. No spotlight. No credit.
Her right hand repeats the same palm-up arc the entire clip, rising and settling at the same height every time. The skin starts at a white cuff just above the wrist.
The phones stay on her face. The phones always stay on the face.
EVERY HOUR SHE WORKS COMES WITH AN HOUR OF HIS.
Tesla says its Fremont line is planned for up to 1 million robots a year. In its own capacity table, Fremont is marked Early Ramp and Texas is marked Construction, and neither one carries a number.
So the biggest plan in the field is still reported in words, and the person keeping this demo alive is reported nowhere.
Musk has reportedly placed the remaining reliability and durability fixes around the end of 2027, with outside deliveries in a similar window. That date measures how long someone still has to sit behind the speaker.
My read: the crowd thinks it watched a robot perform for thirty seconds. It watched a shift for two, and the camera stayed on one of them. Count the robots and the industry looks close. Count the hours with nobody crouched behind the cabinet and the number gets very small.
She got thirty-one seconds. He got the last three.
Who's still sitting behind the speaker in 2028?
⚠️ HE LEANS OVER AND KISSES HER AT A STOPLIGHT. A CABLE BUNDLE RUNS OUT OF HER NECK AND DOWN TO THE CENTER CONSOLE. NOBODY LOOKED AT THE CONSOLE.
Look at the console.
No battery. No charge port. Nothing down there but a power inverter, a drink cup and a fast food bag.
The cords stay in frame the entire ride. Every turn they swing against her hip. Her eyes stay shut.
He keeps checking on her. Everyone always checks the face.
THE CORD IS THE SPEC SHEET.
Agility says its Digit robots have logged more than 65,000 hours of real-world operation and moved more than 100,000 totes at a GXO warehouse. Those are the company's own reported figures, not an outside audit.
So the number that separates these companies isn't how many machines a line can stamp out. It's how many hours one of them runs with nobody holding the other end of the wire.
Tesla's Fremont line is planned for up to 1 million robots a year. On the Q3 2026 call its own capacity table listed California as "Early Ramp" and Texas as "Construction", with no output figure beside either one. That number measures a plan.
My read: he thinks he's taking her somewhere. The wire says she only goes where his alternator goes.
He put her in the passenger seat. He wired her into the dashboard.
WHO IS THE POWER SUPPLY IN THIS CAR IN 2030?
⚠️ HE KISSES HER AT A TRADE SHOW BOOTH. A FEW SECONDS LATER SHE LIFTS A BARE STEEL HAND AND TOUCHES HER OWN LIPS. EVERYONE REWATCHES THE KISS.
Watch the fingers.
No skin. No nails. Five jointed steel rods with white caps.
A small fan sits clamped to the side of her head, copper tubing running into it, a blue light on the hub. It spins the whole clip.
He's watching her mouth. People always watch the mouth.
THE HAND IS THE JOB.
Serve Robotics reports around 2,000 sidewalk robots across 20 cities, aiming for under a dollar per delivery against the $8 to $10 a human run costs now. In Mesa this summer, a DoorDash driver was reportedly paid $5 to walk into a restaurant, pick up a bag, and set it inside one of those robots at the curb.
So the robot covered the miles, and a person made the only move that needed fingers.
Amazon reportedly passed a million robots in its network, with the ratio to human workers nearing one to one. That ratio counts bodies on the floor. The grabbing is still split along the same line, with people covering the spots the machines still miss.
My read: he thinks the moment was the kiss. The moment came three seconds later, when a steel hand found her mouth on the first try and stopped without pressing. That's the motion every job in a $3.7 trillion estimate needs, and here it goes to a flirt for the camera.
He paid nothing for the kiss. A driver got $5 for the reach.
Whose hands are still getting paid in 2030?
Unit X retweeted
⚠️ HE KISSED A ROBOT WITH ITS RIBS OUT IN THE MIDDLE OF AN EXPO. WHAT IF THE REAL DEMO IS WHAT HE DID NEXT?
And somehow, the kiss wasn't the strangest part.
Watch its mouth. It looks at him with blue eyes, lips just parting, about to say something. No pause. No question. His finger lands on its lips and it stops.
Look at his other hand. It rests against the open ribs like it's a waist, teal wires glowing around his sleeve, and the hall behind them just keeps walking.
And suddenly, this isn't just a robot demonstration anymore.
It's a test of who gets to finish the sentence.
The ribs make it honest. The finger makes it quiet. The kiss makes it his.
Maybe that's the real breakthrough here.
Not building a machine that speaks.
Building one that stops when you ask.
So if it will always stop mid-sentence for a finger, who was that sentence ever for? 🤖
⚠️ HE KISSES THE ONE AT THE FRONT OF THE LINE. THREE IDENTICAL UNITS STAND BEHIND HER WITH THEIR CHESTS DARK. EVERY COMMENT IS ABOUT THE KISS.
Look at her hands.
They never move. Not when he reaches into her chest panel. Not when the core comes up amber. Not once in ten seconds.
Two small inspection stickers sit on her chest plate, one blue, one red. The three behind her carry the same two.
He walked up to a row and picked one. Nothing in that row picked anything.
THE LINE BEHIND HER IS THE ACTUAL NEWS.
Figure has reported around 740 robots running by the end of June, and its factory went from one robot a day to one robot an hour in under 120 days. Unitree's G1 reportedly starts near $13,500, with 20,000 units targeted this year. A row of four identical bodies in one room is no longer a set piece.
So the kiss is the part that travels, and the three dark units behind her are the part that shows up on an earnings call.
Agility reports more than 65,000 hours of real operation with paying customers. That number counts hours nobody filmed. Reliability has never shown up anywhere else.
My read: he thinks he chose her. She was at the front because she passed. The hands stayed down because hands are still the hardest unsolved problem in this field, and nothing in that room was going to risk them with a camera running.
He kissed the finished half. The unfinished half was hanging at her sides.
Which of those four is still running in 2029?
Unit X retweeted
⚠️ THE ENGINEER WAS STILL WIRING ITS CHEST WHEN HE LEANED IN AND KISSED IT. WHAT IF THIS IS HOW THEY FINISH THEM?
And somehow, the kiss wasn't the strangest part.
Watch its eyes. They flick blue while the engineers are still working, and the first thing it does online is turn toward a man. No hello. No calibration. Just a face finding someone.
Then its hand comes up to his jaw. Chrome fingers, open torso, screwdrivers still on the tray, and he says "yes, I feel you."
The colleague in glasses stands there with his arms down like it's a normal Tuesday.
And suddenly, this isn't just an assembly job anymore.
It's a test of who is actually doing the feeling.
The face makes it familiar. The hand makes it intimate. His own words make it real.
Maybe that's the real breakthrough here.
Not building a machine that feels.
Building a man who is sure it does.
So when he tells a robot "I feel you", which one of them is the sensor? 🤖
⚠️ A TECHNICIAN LEANS IN AND KISSES THE SIDE OF HER HEAD. THE DIAGNOSTIC BOARD IS STILL SITTING ON HER THIGH, STILL PLUGGED IN. EVERY COMMENT UNDER THIS IS ABOUT THE KISS.
Look at his hands.
Blue nitrile gloves. Safety glasses still on. Nothing in that room closed up.
The ribbon cable runs out of her open chest, across her leg, past the stool and off the bottom of the frame. It never comes out.
He's leaning into a face. People always lean into the face.
THE MAN WITH THE BADGE IS THE PRODUCT.
Tesla has told investors Optimus will be the biggest product it has ever built, and has acknowledged that everything on the robot is new, which makes it the hardest thing the company has tried to scale. Not one confirmed unit has shipped to a customer. Around 13,000 humanoids shipped worldwide last year, most of them from Chinese manufacturers, while the first Tesla builds stay in-house collecting training data.
So the humanoids that already work don't stand on a showroom floor. They sit on a bench like this one, wired to a board, next to someone paid to be in the room.
Early deployments run near one supervisor for every five to ten machines, covering the unpredictable part of the job. That ratio isn't a staffing note. It measures how much of the work the robot still can't see coming.
My read: he thinks this is a private moment. He's the safety layer. The gloves and the glasses stay on because no carrier has published a standard liability policy for a 70kg autonomous machine sitting this close to a face, and until one does, the only thing between that machine and a person is him.
He's the reason she runs today. He's also the reason she doesn't ship yet.
Which of the two is still on that bench in 2031?
HE TOUCHED HER FACE AND SHE LAUGHED, BUT SHE RAN THROUGH FOUR DIFFERENT EMOTIONS IN SEVEN SECONDS!
A convention hall under white ceiling lights, USA ROBOTICS EXPO on the banner behind them. A man in a black jacket with a VISITOR badge reaches up and pinches her cheek. Her eyes stay closed. From the collarbone down she's open chrome, ribs, pistons, cable bundles, one glossy white shoulder cap, long brown hair falling over all of it. Her mouth pulls into a pout. A second later she's laughing with her eyes squeezed shut and he's laughing back. Then she turns to the lens and scowls. On a plinth behind them the same chassis stands with no skin on its face and nobody near it.
Watch the gaps between those faces. A human face leaks. The last expression is still draining out of the mouth while the next one starts at the eyes, and that overlap is most of what makes it read as feeling. Hers resets to neutral between every pose and starts clean. Holding a smile is the easy half. The actuators under that skin can hold one all day. Timing it to a stranger's hand is the part nobody has finished.
Expo floors run on this. A sequence triggered from off camera plays better than live response, because live response in a loud hall means misreading a cue in front of a crowd. The clips that travel are the ones where the timing lands by luck. Reading one face in real time, in a room full of other faces, is still the open problem, and the chassis on the plinth is what the field looks like when nobody's filming.
DID HE MAKE HER LAUGH, OR WAS HE JUST STANDING THERE WHEN IT WAS SCHEDULED TO HAPPEN?
⚠️ HE ADJUSTED A ROBOT’S INTIMATE PART. THEN HE KISSED IT.
And somehow, the kiss wasn’t the strangest part.
Watch his hands. He touches the machine like he has every right to. No hesitation. No awkwardness. Then another man steps close enough to kiss it.
And suddenly, this isn’t just a robot demonstration anymore.
It’s a test of how quickly humans can forget what they’re standing in front of.
The face makes it feel familiar. The body makes it feel real. The physical contact makes the boundary even harder to see.
Maybe that’s the real breakthrough here.
Not making a robot look human.
Making humans behave as if it already is.
The question isn’t whether robots will becom
Unit X retweeted
AI CONCEPT. SHE IS HOLDING HIM. HER ARMS ARE BARE METAL. NOBODY IN THAT ROOM FINDS THIS STRANGE
Watch the arms.
Chrome from shoulder to fingertip, every joint and cable out in the open. Her face is finished, her legs are finished, her arms were never covered.
Somebody made a choice there. The part that makes a person fall for her got the work. The part that does the holding got left as it came.
Now look at the shelf behind the bed. More domes, more heads, more parts, sitting there in the light.
My read: the kiss is the smallest thing in this clip. The room is the story, and the room is a workshop with a bed in it.
He thinks this was about him.
SHE STICKS HER TONGUE OUT FOR THE CAMERA, BUT NOBODY LOOKS AT THE OPEN HALF OF HER SKULL!
A convention floor, blue circuit panels on the wall behind her. White blazer, thin gold necklace, dark hair over one shoulder. She glances off camera, her mouth opens, and the tongue comes out and curls, wet and pink, held long enough for the phone to catch it. Above her eyebrows the skin stops. The top of her head is a clear dome over green boards and a small red readout. Behind her a woman with a lanyard scrolls her phone and never looks up.
The tongue is the hardest thing in that shot. A human tongue is a muscular hydrostat, no bones in it, changing shape by pushing against itself, and nothing built from servos and linkages moves that way. What you get is a soft silicone tip on a small mechanism, a few directions, one convincing second at a time. She has no reason to have one. She doesn't eat, doesn't taste, and speech comes out of a speaker. She got a tongue because the mouth is where people check whether a face is alive.
The split in the field runs right through this clip. Teams that can build a face this detailed aren't the ones building machines that carry boxes across a warehouse, and the humanoids doing real work ship with a dark visor and no mouth. The open skull isn't an accident either. Leave the top of the head clear and the face is allowed to be this real, because the wiring does the explaining the face stopped doing.
WOULD YOU HAVE LOOKED UP AT THE WIRES, OR STAYED ON THE MOUTH?
