Digit 5 Is Built to Work Without a Safety Cage
Digit 5 is here — and Agility Robotics is taking a major step toward humanoid robots working directly alongside people.
Unlike traditional industrial robots that operate behind safety fences, Digit 5 is designed for cooperatively safe operation, allowing it to detect nearby humans and respond by avoiding them, stopping, or lowering itself into a seated position when necessary.
But safety isn't the only upgrade.
Digit 5 can repeatedly lift up to 50 pounds (23 kg), features redesigned legs for repetitive industrial work, supports swappable end-effectors, and is designed around rapid charging — with Agility reporting around 90 minutes of operation followed by roughly 9 minutes of charging.
The platform also builds on more than 65,000 hours of Digit operational experience in real-world environments.
So is Digit 5 finally moving humanoid robots from controlled demonstrations toward truly practical industrial work?
In this video, we break down what has changed, how Digit 5 handles humans around it, its new capabilities, and what it could mean for the future of humanoid robots in factories and warehouses.
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For decades, industrial robots have worked behind fences.
But Agility Robotics is trying to remove that barrier.
This is Digit 5, and its biggest upgrade isn't how much it can lift.
It's how it reacts when a human gets too close.
Because if humanoid robots are ever going to work throughout real factories and warehouses,
they can't always operate inside a cage.
They have to share the same space as people.
And that's exactly what Agility designed Digit 5 to do.
When Digit 5 detects a person entering an unsafe distance,
it can autonomously respond.
It can avoid the person.
It can stop.
And if necessary, it can lower itself into a seated position.
That last part is especially interesting.
Instead of simply freezing while standing on two legs,
Digit can move into a stable position and trigger its safety response.
And there's another layer behind this.
Digit 5 has an independent safety controller that oversees the robot's response
when someone gets too close.
The robot also uses visual and auditory cues
to communicate its movement intentions to people around it.
So the idea isn't simply to make Digit smarter.
It's to make its behavior around humans more predictable.
Agility calls this cooperatively safe operation.
And the company says this architecture is designed to reduce the dependence
on the protective barriers normally used around industrial robots.
That could be a major change for humanoid deployment.
Because a robot that can work only inside a controlled zone has limited flexibility.
A robot that can safely move through the same aisles,
workstations, and areas as people has a much larger potential workspace.
And Digit 5 is being built around exactly that idea.
But safety isn't the only thing Agility changed.
The new robot can repeatedly lift up to 50 pounds, or about 23 kilograms.
That's a 40% increase over Digit 4.
Its redesigned legs were specifically engineered for repetitive lifting,
while its reach has increased to 7.2 feet.
And then there's the battery.
Digit 5 can operate for around 90 minutes before recharging.
That sounds short compared with some other robots.
But Agility has taken a completely different approach.
It says Digit can recharge in just 9 minutes.
That's a 10 to 1 run-to-charge ratio.
So rather than trying to make the robot run for many hours continuously,
Agility is optimizing the entire work cycle around short charging periods.
The company says this can allow more than 20 hours of productive operation
across a 24-hour day.
And Digit can also use swappable end effectors,
allowing different tools to be fitted for different tasks.
That's important because Agility isn't positioning Digit 5 as a robot for just one job.
The goal is for a single robot to move through an entire facility workflow.
It could unload incoming goods,
10 machines,
handle kitting and sequencing,
inspect products,
and eventually palletize them for shipment.
Digit 4 already has experience in real industrial environments.
Agility says the platform has accumulated more than 65,000 hours
of operational time across customer sites,
including work involving Amazon, GXO,
Schaeffler,
and Toyota Motor Manufacturing Canada.
At one GXO facility,
Digit 4 has also reached a milestone of 100,000 totes handled,
with the company reporting approximately 98% on-task accuracy.
So Digit 5 isn't starting from a blank sheet of paper.
It's the result of nearly three years of commercial deployment,
and the lessons Agility says it learned from those production floors.
And the company is already talking about scaling.
Agility says it has more than $300 million in multi-year customer orders for Digit 5,
subject to contractual milestones.
But there's an important reality here.
Digit 5 isn't widely available yet.
Early access is expected to begin in the first half of 2027,
with general availability targeted for the end of 2027.
So the biggest question hasn't been answered yet.
Can this safety architecture actually hold up
when thousands of humanoid robots are moving around real workers,
real machinery,
and unpredictable environments?
That's where the real test begins.
Because making a humanoid lift a box is no longer the most interesting part.
The harder challenge is making that robot predictable enough
to share the same workspace with us.
And Digit 5 is one of the clearest attempts yet to solve that problem.
The future of industrial robotics
may not be about putting smarter robots behind bigger fences.
It may be about building robots that don't need those fences in the first place.