We're live for Day 3! Watch our humanoid robots running 24/7 with full autonomy. We will be running until robot failure https://x.com/i/broadcasts/1DGleEgNrrzJL
10:03 AM · May 15, 2026 · 228.9K Views
Figure AI robots reach third day of continuous autonomous operation
Figure AI humanoid robots have completed three days of uninterrupted 24/7 operation driven entirely by neural networks in a live broadcast. They execute various work tasks continuously without any human intervention. The demonstration continues until a hardware failure occurs and highlights advances in sustained unsupervised robot control.
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Sentiment
Positive users are impressed by Figure AI's humanoid robots running autonomously nonstop to sort over 50,000 packages, while negative users suspect remote control or question the practicality of using humanoids for the task.
Pos
88.1%
Neg
11.9%
56 comments with sentiment.
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VIEWS105.4KBOOKMARKS52
Brett Adcock@adcock_brett
76,940 packages over 61 hours 18 minutes
The robots are averaging roughly 1 package every 2.9 seconds
No breaks
Brett Adcock@adcock_brett
We're live for Day 3! Watch our humanoid robots running 24/7 with full autonomy. We will be running until robot failure https://x.com/i/broadcasts/1DGleEgNrrzJL
45dViews 105.4KLikes 1.1KBookmarks 52
LIKES1.4KRETWEETS81REPLIES91
Brett Adcock@adcock_brett
This week, Figure started an 8 hour livestream to demonstrate fully autonomous, nonstop work
We’ve now crossed 50 hours of continuous operation with no downtime, sorting over 63,000 packages
The robots are still running - we’re going until failure 🔥🔥🔥
45dViews 80.7KLikes 1.4KBookmarks 50
Brett Adcock@adcock_brett
Details on what's going on:
> Our original goal was an 8-hour run - we wanted to run nonstop and fully autonomous. Since then, we made the decision to keep the party going. We’re now over 48 hours of nonstop autonomous operation without a failure to perform the use case. This is uncharted territory
> The task is small package sorting. F.03 detects the barcode, picks up the package, and reorients it barcode face-down onto the conveyor
> Humans average around 3 seconds per package. F.03 is now around human parity. The robots are reasoning directly from camera pixels in the robot head
> The robots are fully autonomous running Helix-02, our in-house neural network running entirely onboard F.03. There is no teleoperation - every action comes directly from Helix-02
> If the robot gets stuck or the AI policy goes out of distribution, Helix triggers an automatic reset. You’ll occasionally see this happen during the livestream
> YouTube commenters started naming the robots Bob, Frank, Rose, and Gary this week, so we added name tags to each robot
> If a robot has a software or hardware issue, it autonomously leaves for maintenance and another robot takes over. We run our labs at Figure this way to maximize uptime. We haven’t had a failure yet, but statistically we probably will at some point
We are now running this until a failure to perform the use case!
Brett Adcock@adcock_brett
We're live for Day 3! Watch our humanoid robots running 24/7 with full autonomy. We will be running until robot failure https://x.com/i/broadcasts/1DGleEgNrrzJL
45dViews 38.1KLikes 374Bookmarks 30
Corey Lynch@coreylynch
We're on Day 3 of neural network-driven work
Brett Adcock@adcock_brett
We're live for Day 3! Watch our humanoid robots running 24/7 with full autonomy. We will be running until robot failure https://x.com/i/broadcasts/1DGleEgNrrzJL
45dViews 6.6KLikes 133Bookmarks 2
Brett Adcock@adcock_brett
@coreylynch LFGGGG
Corey Lynch@coreylynch
We're on Day 3 of neural network-driven work
45dViews 2KLikes 66Bookmarks 0
Logan Kilpatrick@OfficialLoganK
@adcock_brett Wearing my figure shirt today in support!
Brett Adcock@adcock_brett
Details on what's going on:
> Our original goal was an 8-hour run - we wanted to run nonstop and fully autonomous. Since then, we made the decision to keep the party going. We’re now over 48 hours of nonstop autonomous operation without a failure to perform the use case. This is uncharted territory
> The task is small package sorting. F.03 detects the barcode, picks up the package, and reorients it barcode face-down onto the conveyor
> Humans average around 3 seconds per package. F.03 is now around human parity. The robots are reasoning directly from camera pixels in the robot head
> The robots are fully autonomous running Helix-02, our in-house neural network running entirely onboard F.03. There is no teleoperation - every action comes directly from Helix-02
> If the robot gets stuck or the AI policy goes out of distribution, Helix triggers an automatic reset. You’ll occasionally see this happen during the livestream
> YouTube commenters started naming the robots Bob, Frank, Rose, and Gary this week, so we added name tags to each robot
> If a robot has a software or hardware issue, it autonomously leaves for maintenance and another robot takes over. We run our labs at Figure this way to maximize uptime. We haven’t had a failure yet, but statistically we probably will at some point
We are now running this until a failure to perform the use case!
45dViews 2.7KLikes 51Bookmarks 1
Brett Adcock@adcock_brett
@tonytribby Robot failure where we can't do the use case anymore. We will fail every now and then on the package/barcode, but so do the humans when doing this use case
45dViews 1.3KLikes 16
CyberRobo@CyberRobooo
@adcock_brett Tbh, watching F.03 constantly flip the packages is actually kind of stress-relieving.
45dViews 301Likes 11Bookmarks 1
london@londoncryptoo
@adcock_brett The unofficial token and community following the amazing journey of this fully autonomous work force. The token is called: $F.03 The token address is:
G6hMgpNsK9anRNwSfCJfVbX925F2s55nYnpXf3LxSbEF
Join us. Crazy entry right now 😮sub 30k.
45dViews 283Likes 4Bookmarks 1
Davv@davwvwv
@adcock_brett Why don’t we also track task success rate? We need to know what percentage of packages aren’t getting scanned due to robot error
45dViews 592Likes 9
Gary Kibitz@garyniv
@adcock_brett What is failure? I just saw a package with the barcode facing the camera pass through.
45dViews 581Likes 4
₿usy₿rain⚡️@BusyBrain
@636_OC @adcock_brett @USPS @FedEx @UPS @amazon It’s more efficient for a business because it doesn’t require employees with health insurance, sick calls, expectations of raises, injury risk, and a whole host of other factors.
45dViews 37Likes 3Bookmarks 1
Jeffcafe, private detective@jeffcafe_
@adcock_brett Sisyphutrons sorting the same packages for 3 days.
45dViews 304Likes 5Bookmarks 1
Brett Adcock@adcock_brett
@davwvwv We do track it internally but we don't have it hooked into the livestream
45dViews 345Likes 10
Jonathan Bulmer@bulmer99
@adcock_brett 63,000 packages with no downtime meanwhile my printer needs emotional support before every document.
Physical AI is arriving faster than most people realize
45dViews 525Likes 8
T-shirtist in Chief 🇺🇸@tonytribby
@adcock_brett Hi again--there was definitely one time visible where the robot placed the box with the label facing the camera rather than facing down. When you say "failure" do you mean failing to do the task, or the robot actually ceasing to function?
45dViews 1.4KLikes 3
TrainOfError@TrainOfError
@AmineTX @adcock_brett A human doing this with >2 weeks of experience would have all the little kinks worked out in their movement and probably sustain 2k packages per hour (+/- 1k). So ~32 hrs of labor at say $20/hr all in ~ $640.
45dViews 33Likes 1
Object Zero@Object_Zero_
@adcock_brett Run to failure is an incredible idea.
What a great demo.
45dViews 248Likes 7
Matteo Piper Jenks 🧲 🇮🇹@MattPiperJenks
@adcock_brett Brett if anyone asks when the livesteam will end
45dViews 344Likes 5
636_OC@636_OC
@adcock_brett this compared to @USPS, @FedEx, @UPS or @Amazon sorting system more efficient... how?
45dViews 442
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