Key Notes
- Agility has selected Nyobolt for Digit 5’s battery technology, targeting 90 minutes of operation followed by a nine-minute recharge rather than claiming a verified full-day production record.
- The proposed 10:1 run-to-charge ratio could support longer shifts, but useful output still depends on workload, reliability, maintenance and integration.
- Early access is expected in the first half of 2027, with availability expanding afterward and customer duty-cycle results still needed.
Agility Robotics has selected Nyobolt to supply the fast-charging battery technology for Digit 5, putting a supplier behind one of its next humanoid’s most important operating targets. The companies announced the partnership on October 15, with early access expected in the first half of 2027.
Agility’s announcement targets 90 minutes of runtime followed by a nine-minute recharge. It says the resulting 10:1 run-to-charge ratio, compared with Digit 4’s 2:1, could support more than 20 working hours in a day.
Why Charging Time Changes the Business Case
Those figures describe expected battery performance, not an independently verified full-day production record. A robot’s actual output also depends on task duration, unsuccessful attempts, maintenance, congestion and whether work is ready when it returns from charging.
As a simple calculation, 90 minutes operating plus nine minutes charging leaves about 91% of that cycle available for work. Repeated continuously, that would represent roughly 21.8 hours in a day before accounting for other interruptions. This is an illustration of the proposed ratio, not a measured utilization result.
Shorter charging pauses could reduce the number of robots needed to cover a workflow, but only if battery endurance holds under the relevant load. A light handling task and repeated heavy lifts should not be assumed to produce identical operating windows.
The Battery Is Part of a Larger Upgrade
Agility’s earlier Digit 5 launch describes a 50-pound payload, interchangeable end effectors and a reach of up to 2.2 meters. The company also plans to expand beyond tote handling into additional manufacturing and logistics workflows.
Its safety approach includes work with FORT Robotics and NVIDIA technology. RobotsBeat previously examined NVIDIA’s Halos framework, part of the broader effort to make intelligent machines suitable for operation around people.
Charging performance is consequently one requirement among several: predictable task execution, safe stops, software integration and support all contribute to a warehouse operator’s deployment decision.
Availability Remains a 2027 Plan
Agility expects availability of the Nyobolt-equipped robot to expand over the six to nine months after early access begins. The announcement does not disclose battery capacity or a detailed duty-cycle test protocol, so customers cannot yet translate the headline figures into a guaranteed result for their own facilities.
The distinction between a capable robot and a dependable operating system also appears in our coverage of factory logistics trials. For Digit 5, the next useful evidence will be sustained customer operation showing how charging, task completion and interventions combine over a real shift.
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