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Agility Robotics Unveils Digit 5 Humanoid Robot With Safety Systems Enabling Unbarricaded Human Collaboration, Backed by $300 Million in Orders and December Shipment Target
Sources: Agility Robotics press materials, TechCrunch, Robotics 24/7, as reported September 15, 2026. Order and shipment figures verified across outlets.
Agility Robotics unveiled Digit 5 on September 15, positioning it as the first humanoid robot engineered for cooperatively safe work at scale without physical safety barriers between robots and human workers. The Oregon-based company reported more than $300 million in multi-year customer orders as of September 15, with December 2026 targeted as the first shipment month for the new platform. The Digit 5 platform introduces contact-aware force control that allows the robot to sense and respond to physical interaction, eliminating the traditional need for caged or fenced work zones in warehouses and manufacturing facilities. Agility has redesigned the robot's joint architecture to enable compliant motion under external force, paired with updated perception systems that track human proximity and adjust task execution in real time. The system is aimed at logistics operators who need to integrate robotic labor into existing workflows without reconfiguring floor plans around fixed automation cells. The December shipping target follows a multi-year development cycle and positions Agility ahead of competitors still operating humanoid platforms in strictly controlled pilot environments. The $300 million order book represents confirmed commitments from logistics and fulfillment operators, though Agility has not disclosed individual customer names or unit volumes. The announcement arrives as the humanoid robotics market sees accelerating investment, with multiple vendors racing to prove commercial viability in unstructured work environments where traditional industrial robots cannot operate. For logistics operators facing persistent labor shortages and rising wage costs, the ability to deploy humanoids alongside human workers without physical separation represents a potential unlock for flexible automation at scale.