Agility Robotics unveiled Digit 5 on 15 September 2026, and the headline specification is not the payload or the reach. It is the charging time.
Nine minutes.
For a robot running 90 minutes per charge, that means a 10:1 run-to-charge ratio. Digit 4 managed 2:1. That single number changes the economic case for humanoid deployment in ways that incremental specification improvements do not.
Why the Charging Number Changes Everything
A humanoid robot's utility in an industrial environment is not measured by what it can do in a single session. It is measured by how much productive time it generates across a full shift, and across multiple shifts.
Digit 4's 2:1 run-to-charge ratio meant that for every 8-hour shift, a single robot spent roughly 2.5 to 3 hours charging. At scale, operators compensated by holding a fleet of backup units, cycling them through charging stations to maintain continuous coverage. That is an expensive workaround for a battery problem.
Digit 5's 10:1 ratio changes the maths completely. Over an 8-hour shift, charging overhead drops below 45 minutes. A single robot can cover substantially more productive time without a large buffer fleet. At scale, that is a significant reduction in capital cost per unit of work delivered.
This matters more than the payload increase. It matters more than the reach extension. Battery performance is the operational bottleneck for every humanoid platform in 2026, and Agility has addressed it more directly than anyone else in the market.
The Cooperative Safety Architecture
Every humanoid robot currently deployed in warehouses and factories operates behind barriers, in segregated zones, or in carefully choreographed workflows where humans and robots do not genuinely share space. Agility's biggest claim with Digit 5 is that this changes.
The cooperative safety architecture combines three elements. First, active human detection: the robot identifies when a person enters its immediate working area. Second, motion cues: Digit 5 signals its intended movements before it executes them, giving people time to adjust. Third, and most importantly, an independent safety controller that runs separately from the main compute stack.
The independent controller is the critical piece. It runs on NVIDIA IGX Thor alongside Agility's Halos for Robotics platform, but it operates as a completely separate system from the primary compute. If the main system fails, the safety controller does not fail with it. The robot does not keep moving uncontrolled. It stops safely.
This is the same dual-redundancy philosophy as independent braking systems in automotive design. One failure mode does not cascade to a second failure mode. For a robot operating in a shared human environment, that redundancy is not a nice-to-have. It is a prerequisite for deployment.
The practical implication for operators is significant. Digit 5 can work on a warehouse floor where human pickers are also operating, without the site needing to redesign its physical layout around robot exclusion zones. That removes one of the largest friction points in enterprise adoption.
Full Specifications
The complete picture for Digit 5:
Physical: 5 feet 11 inches tall (180 cm), 284 pounds (129 kg). Maximum payload 50 pounds (22 kg). Maximum reach 7.2 feet, up from 5.5 feet on Digit 4.
Power: 90-minute runtime per charge, 9-minute charge time, 10:1 run-to-charge ratio versus 2:1 on Digit 4.
Compute: NVIDIA IGX Thor with Agility's Halos for Robotics safety platform. Independent safety controller with separate processing from the main compute stack.
Safety: Human detection, pre-movement motion cuing, independent safety controller rated for cooperative work in shared human environments.
How Digit 5 Fits the 2026 Humanoid Landscape
The humanoid robot market in H1 2026 shipped between 19,000 and 22,000 units globally. Chinese manufacturers held roughly 93 to 97% of that volume, led by AgiBot at approximately 8,400 units (44% global share) and Unitree at roughly 5,900 units.
Agility is not competing in that segment. Digit 5 is not a volume product targeting research institutions and early adopters at accessible price points. It is a safety-certified, enterprise-grade deployment platform aimed at large logistics and manufacturing operators who need compliance, reliability, and human coexistence capability.
The $300 million in multi-year orders already secured reflects that positioning. These are not small orders from robotics enthusiasts or university labs. They are multi-year enterprise commitments from operators in manufacturing, warehousing, and logistics who have evaluated the platform and committed significant capital.
Amazon has been an earlier Digit partner. The broader pipeline is not publicly named but spans the core industrial sectors where humanoid deployment makes economic sense today.
The Road to a Public Listing
Agility is also reported to be pitching a $2.5 billion pre-money valuation ahead of a public listing. With $300 million in committed orders, that figure sits on more solid ground than many robotics company valuations from earlier in the decade, which were built primarily on prototype demonstrations and projected market size.
A public listing would give Agility access to capital for scaling manufacturing and expanding its customer base outside the US. It would also create a public pricing benchmark for the humanoid industrial sector, which currently has limited transparent financial data.
Digit 5 Versus the Rest of the Field
Comparing directly across the humanoid market in September 2026:
Charging: Digit 5's 9-minute charge is the fastest in the segment. Figure AI's current platforms and XPENG IRON have not published comparable charging specifications.
Payload: 50 pounds puts Digit 5 in the competitive range for warehouse and manufacturing work. Boston Dynamics Atlas targets similar payload in its industrial deployment profile.
Safety certification: Digit 5 is the first humanoid to be specifically engineered around cooperative safety for human coexistence, rather than relying on operational protocols and barriers. This is a differentiator no other platform currently matches.
Dexterity: XPENG IRON's 76 degrees of freedom, with 21 in each hand, likely exceeds Digit 5 in manipulation capability for complex assembly tasks. Agility has not published Digit 5's DoF specifications in detail.
UK Market Alternatives Today
Digit 5 is not yet available for purchase in the UK. Enterprise deployments through Agility's commercial pipeline are US-first, with international expansion timelines not yet confirmed.
For UK buyers in the cobot and industrial automation space who need capable, deployable hardware today, the commercial-industrial category lists current used units across the UK market. The Universal Robots UR5e is one of the most actively traded industrial arms on the secondary market, typically available at 40 to 60% below new pricing with strong local support infrastructure.
The used cobot and industrial robot buyers guide covers the full purchasing process for used industrial automation, including inspection checklists, integration considerations, and typical depreciation curves.
The Robot Resale Index tracks pricing trends across robot categories. As Digit and other humanoid platforms begin to appear on the secondary market, those curves will be tracked alongside established industrial and cobot categories.
Digit 5 represents a genuine step forward for cooperative humanoid deployment. The 9-minute charge time and the cooperative safety architecture are real engineering achievements, not marketing claims. When UK availability is confirmed, it will be added to the robot database with full specifications and pricing.