Digit 5 Humanoid Robot Designed to Work Safely Alongside Humans
Agility Robotics designed Digit 5 to operate near people without relying on the fixed safety cages used by traditional automation. Its real test will be safe, repeatable industrial work at scale.
For years, the most popular humanoid robot videos have focused on spectacle: machines running, jumping, dancing or recovering after being pushed. These demonstrations matter because they test balance, mobility and control. However, they do not answer the decisive question for a factory or warehouse: can a robot work predictably for long periods near people without forcing a company to rebuild the entire workplace around it?
Agility Robotics introduced Digit 5 in September 2026 with that practical challenge at the center of its design. The new generation is not intended to impress only through its human-like shape or range of motion. Its most important claim is a safety architecture designed to detect people, adjust its movement, stop or move into a safe position when necessary.
This may look less dramatic than a humanoid performing athletic stunts, but it is the type of progress that could determine whether humanoid robots remain limited to demonstrations and pilot projects or begin entering industrial operations at meaningful scale.
Digit 5 is not a universal worker. It cannot replace a person in every role, instantly learn every task it observes or independently solve every unexpected problem. General availability is not expected before the end of 2027. Still, it represents an important shift in the humanoid robotics conversation: from performing an impressive movement to repeating useful work safely inside environments designed for humans.
Who Makes Digit 5?
Digit 5 is manufactured by Agility Robotics, a US robotics company whose origins are connected to research at Oregon State University. The company focuses on bipedal humanoids for industrial work, particularly logistics, warehousing and manufacturing.
Unlike robots initially presented as future household assistants, Digit was developed for commercial environments. Its human-like form serves a functional purpose: moving through aisles and doors, reaching shelves and operating around workstations originally built for people.
The previous generation, Digit 4, has already operated at facilities connected to companies including GXO, Schaeffler, Amazon and Toyota Motor Manufacturing Canada. According to Agility Robotics, that generation accumulated more than 65,000 hours of operation in real-world environments.
This figure does not mean Digit performed every kind of work autonomously. It does give Agility a valuable foundation of operational evidence beyond laboratory testing. Digit 5 is presented as a response to problems and customer requirements identified during approximately three years of commercial use.
What Changed in Digit 5?
Digit 5 is not simply a visual redesign. Agility updated its physical components, sensors, energy system, interchangeable tools and safety architecture.
The robot stands approximately 1.81 meters tall, weighs about 129 kilograms and can reach objects positioned as high as roughly 2.2 meters. Agility says it can repeatedly lift loads of up to 22.7 kilograms, representing a 40 percent increase over its predecessor.
That payload matters because it covers many industrial tasks classified as single-person lifts. Rather than demonstrating extreme strength, Digit 5 is intended to repeat physically demanding movements that may contribute to worker fatigue or injury.
The robot also uses swappable end effectors. Instead of relying on one highly complex robotic hand for every situation, tools and grippers can be changed for a specific task. A standardized mounting interface is intended to support jobs ranging from container handling to machine tending.
This is a practical engineering decision. Highly dexterous humanoid hands remain expensive, complex and difficult to make consistently reliable during repetitive work. A specialized tool may appear less human, but it can perform a defined industrial operation more effectively.
The Main Advance Is Working Near People
Much traditional industrial automation operates inside isolated areas. Fast and powerful robotic arms are separated from workers by cages, barriers, sensors or dedicated safety zones. This protects people, but it also occupies space and limits flexibility.
Digit 5 is designed to reduce that separation. Agility describes its approach as cooperatively safe operation. Multiple sensors and proprietary algorithms continuously monitor the presence of people and adjust the robot's behavior.
Depending on the situation, Digit 5 is designed to:
- avoid a person;
- reduce its speed;
- stop its movement;
- disable relevant functions;
- move into a seated or stable position;
- provide visual and audible cues about its intended motion.
Those signals are important. To work near a moving machine, a person must understand what it is about to do. A robot that unexpectedly changes direction may still create uncertainty and disrupt work even if it technically avoids a collision.
The intended result is a machine that begins to resemble a specialized colleague: not an artificial person capable of doing everything, but a system that shares the same space, communicates its intentions and performs defined functions.
However, “cooperatively safe” does not mean risk-free. Performance will depend on the task, speed, payload, facility layout and validation of each deployment. At 129 kilograms, Digit remains a heavy machine. Safety should not be assumed from a product description or controlled demonstration alone.
Can It Really Work More Than 20 Hours a Day?
Digit 5 has a battery system rated for approximately 90 minutes of operation and a claimed fast-charging time of nine minutes. That produces a ten-to-one run-to-charge ratio, compared with approximately two-to-one for Digit 4.
With autonomous charging sessions distributed throughout the day, Agility says Digit 5 can provide more than 20 hours of productive work in a 24-hour period.
This is the capability industrial operators and investors care about: not a few minutes of spectacle, but predictable productivity across most of a working day.
The claim must nevertheless be interpreted carefully, especially at this early stage. It does not mean 20 uninterrupted hours without pauses, nor does it guarantee identical performance at every facility. Actual uptime will depend on task intensity, travel distances, payload, access to charging stations, maintenance and time lost to failures or human intervention.
Even with those qualifications, the energy upgrade addresses one of the largest limitations facing humanoids. A robot requiring long charging stops or frequent manual battery changes can become more difficult to manage than the automation it is meant to simplify.
What Tasks Is Digit 5 Intended to Perform?
Digit 4 mainly focused on moving containers and materials. Digit 5 is intended to cover a broader sequence of work within the same facility.
Agility lists potential applications including:
- depalletizing incoming goods;
- moving containers between stations;
- machine tending;
- kitting and sequencing components;
- quality inspection;
- palletizing products for shipment.
The goal is to reduce the need for a different machine at every stage. These examples should not be interpreted as universal skills immediately available in every unit. Each behavior must be trained, validated and integrated into the customer's workflow.
Agility Arc, the company's fleet management platform, coordinates robots and provides information such as uptime, throughput, incidents and fleet status. It can also connect with warehouse, manufacturing and execution systems.
The commercial product is therefore more than the robot's body. It includes fleet software, task development, systems integration, maintenance and operational support. Evaluating only the hardware price would provide an incomplete picture.
What Do Previous Results Prove?
According to Agility, Digit 4 moved a cumulative total of 100,000 totes at a GXO facility near Atlanta while maintaining approximately 98 percent accuracy when on task.
That is a meaningful result because it comes from a commercial operation rather than only a promotional demonstration. It also shows the value of a simple, repetitive and measurable task.
However, it does not prove that Digit is a general-purpose worker. Moving totes through a carefully designed workflow is very different from understanding improvised instructions, handling unknown objects or independently resolving unexpected situations.
The most accurate conclusion combines both realities: Digit has performed real work, but within controlled and limited roles. Digit 5 will need to demonstrate that it can preserve safety and reliability as several tasks are combined into longer workflows.
How Much Will Digit 5 Cost?
Agility Robotics did not publish a simple retail price for Digit 5 in its official announcement. The product is aimed at industrial operators, and contracts may combine hardware, software, integration, maintenance and support.
For many people, a robot capable of organizing a garage or performing unwanted heavy work would be genuinely useful. Digit 5, however, is currently designed and marketed for commercial deployments rather than ordinary household ownership.
Any price quoted without an official proposal should be treated cautiously. Actual cost will depend on fleet size, task requirements, end effectors, integration with existing systems, maintenance and commercial terms.
For a business, the essential question is not only “How much does the robot cost?” but “How much does each reliably completed task cost?” An expensive humanoid could create value if it performs difficult-to-fill work for many hours. It could also become a poor investment if it requires constant supervision, complex modifications or long periods of downtime.
When Will It Be Available?
Early access to Digit 5 is expected during the first half of 2027. General availability for manufacturing, warehouse and distribution operators is planned for the end of 2027.
Agility also plans to make the robot commercially available in the European Union and the United Kingdom, subject to the necessary regulatory certifications and markings.
As of October 2026, Digit 5 should therefore be described as announced with future commercial availability, not as a robot already deployed at scale. Its predecessor has real operating experience; the new generation still has to prove that its upgrades work consistently in customer facilities.
Privacy and Cybersecurity
A robot moving through an industrial site gathers information through cameras, depth sensors and inertial measurement systems. Those data can reveal production methods, internal layouts, operational rhythms and sensitive characteristics of the workplace.
Agility says Digit processes sensory data locally and mainly sends essential health and diagnostic information to Agility Arc. The company also describes encryption, strict access controls, separation of customer data and encrypted on-robot storage.
Industrial customers should still establish exactly what is recorded, how long it is retained, who can access it, whether the manufacturer has remote access, how updates are installed and what happens when network connectivity fails.
They should also know whether operational data may be used to improve models or train new behaviors. As a fleet becomes more deeply integrated into factory operations, cybersecurity becomes a physical safety issue as well as a data issue.
Will Digit 5 Help Workers or Replace Them?
Digit 5 is designed to automate physically demanding, repetitive and difficult-to-fill tasks. In some cases, this may reduce the number of people required for a particular role. In others, it may shift human work toward supervision, maintenance, integration and exception handling.
There is no universal answer. The employment impact will depend on deployment speed, task economics and the decisions made by each company.
Two extremes should be avoided. Claiming that humanoids will have no effect on employment ignores the commercial purpose of automation. Claiming that they will rapidly replace every worker ignores limitations involving cost, dexterity, reliability, energy and real-world adaptation.
In the near term, the most plausible outcome is a combination: robots take on limited and repetitive operations, while people remain responsible for decisions, unexpected situations, maintenance and tasks requiring genuine flexibility.
What Still Needs to Be Proven?
Digit 5 arrives with strong specifications and experience inherited from real deployments, but the most important questions can only be answered after customer installations begin:
- Will human detection remain reliable in crowded and unpredictable workplaces?
- Can the robot maintain productivity while switching between tasks?
- Will nine-minute charging be achieved consistently?
- How frequently will maintenance be required?
- How many human interventions will be needed per shift?
- What will the total cost per unit and per completed task be?
- Will international availability remain on schedule?
- Will customers expand from pilots to large fleets?
Those answers will matter more than any isolated demonstration.
NTS View
We should keep an open mind about these new machines. Humanoid robots are sometimes framed as systems created only to replace people or even destroy humanity. That interpretation reduces a complex technological and social transition to a science-fiction scenario.
What we are building could represent something very different: a new way to produce at scale, reduce dangerous or physically exhausting work and make parts of human life easier. This does not eliminate legitimate concerns about jobs, privacy, safety or power. It means we should judge the technology by what it actually does, demand clear limits and decide how we want it to be used.
Digit 5 matters because it addresses the least cinematic but most decisive challenges in humanoid robotics: safety, uptime, integration and repeatability.
Its value will not come from looking more human. It will come from performing useful work near people without introducing a new layer of danger and complexity. The experience accumulated through Digit 4 gives Agility an unusual advantage: operational evidence gathered beyond the laboratory.
Digit 5 should still not be mistaken for a universal worker. Its tasks remain limited, general availability is still in the future and pricing is not public. The promise will only be confirmed when independent operators demonstrate productivity, safety and financial value at scale.
If that happens, Digit 5 may mark a genuine transition: the point at which humanoids stop being judged by amusing falls or short movements performed for a camera and begin being judged by what they can repeat safely over thousands of hours.