Agility Robotics announced October 15 that Nyobolt will provide battery technology for Digit 5. The companies describe a system targeting 90 minutes of operation followed by a nine-minute charge, compared with the earlier model's stated two-to-one operating-to-charging ratio.
Agility projects more than 20 operating hours in a day and expects early access in the first half of 2027, followed by increasing availability. These specifications and schedules are forward-looking company statements, not independently verified performance across deployed fleets.
The announcement connects faster charging with warehouse, distribution and manufacturing use. It does not establish what throughput a particular customer would obtain under its own workload.
NAOAT analysis
A nine-minute battery charge is only one part of a robot's time away from an assigned task. A useful evaluation would also measure travel to the charger, docking attempts, waiting for an available station and the return to productive work. Keeping those intervals separate makes the difference between battery performance and operating availability visible.
That distinction becomes more important when several robots share infrastructure. A fleet whose units reach low charge together may face a queue even when each individual battery recharges quickly. A scheduling trial could compare staggered charging with charging triggered only by remaining capacity, using the same task demand and station layout.
Operators would also need to state what counts as productive time. Being powered on, being available for assignment and completing accepted work are different measures. A pilot record should connect them to completed moves, interruptions and recovery effort. Repeating the comparison across representative payloads and shifts would produce a more useful purchasing basis than extrapolating a headline runtime into annual output. The announced battery partnership makes charging a concrete design variable to test; it does not remove the need to evaluate the entire job.