Agility Digit 5 Humanoid Raises Payload to 50 lb for Warehouse Scale

Agility Digit 5 Targets Industrial Scaling Barriers

Agility Robotics unveiled Digit 5 on September 15, 2026, at its Salem, Oregon headquarters. The fifth-generation humanoid addresses key limitations that have constrained earlier models in shared human workspaces. It incorporates a redesigned leg architecture with proprietary cycloidal actuators, enabling repeated lifts of 50 pounds or 22.7 kilograms, a 40 percent increase over the Digit 4's 35-pound rating. Reach extends to 2.2 meters or 7.2 feet, compared with the prior 5.5 feet. These changes allow the robot to handle full single-person lift tasks under OSHA guidelines while operating in standard human-scale aisles and workstations.

The company built Digit 5 on more than 65,000 hours of real-world Digit 4 operation across sites including GXO logistics facilities, Amazon fulfillment centers, Toyota Motor Manufacturing Canada, and Schaeffler plants. Customer feedback over three years drove the hardware iteration. Digit 5 weighs 129 kilograms and stands 1.81 meters tall. It maintains a human-like footprint for compatibility with existing infrastructure. Early access begins in the first half of 2027, with general availability targeted for the end of that year. Agility plans initial expansion beyond North America into the European Union and United Kingdom, supported by CE marking.

Cooperative Safety Architecture Enables Barrier-Free Operation

Digit 5 introduces a cooperative safety system that reduces reliance on physical barriers. Multiple vision-based sensors feed an independent safety controller that triggers avoidance, stopping, or a seated power-down posture when humans approach. Visual and audible cues communicate motion intent to nearby workers. Agility partnered with NVIDIA as the first launch customer for the Halos for Robotics platform, integrating IGX Thor compute for real-time safety responses with latency in the tens to low hundreds of milliseconds.

This approach differs from traditional industrial robots that require fenced workcells. In warehouse and manufacturing environments, removing barriers can lower installation costs and increase layout flexibility. However, full validation of the safety claims in diverse facility configurations remains pending customer pilots. The system builds directly on logged operational data from prior deployments, where Digit 4 achieved approximately 98 percent accuracy on tote-handling tasks at GXO's Flowery Branch site.

Battery and Actuator Upgrades Support High-Uptime Fleets

A new battery delivers 90 minutes of runtime and charges in nine minutes, yielding a 10:1 run-to-charge ratio versus Digit 4's 2:1 ratio. This supports more than 20 productive hours within a 24-hour period. The design allows the robot to autonomously dock and resume tasks with minimal downtime. Combined with swappable end-effectors on ISO-standard flanges, Digit 5 can transition between tote handling, depalletizing, machine tending, kitting, sequencing, quality inspection, and palletizing without hardware swaps taking extended time.

Proprietary cycloidal actuators in the legs absorb repetitive lifting strain more effectively than previous configurations. The leg redesign shifts from an ostrich-like backward knee setup optimized for walking and running to a more human-like stance better suited for frequent squatting and heavy lifting. These mechanical improvements directly support fleet economics by increasing task versatility per unit. RoboFab, Agility's 70,000-square-foot purpose-built assembly facility in Salem, is designed for up to 10,000 units annually at full capacity.

Order Backlog and Path to Commercial Availability

As of May 2026, Agility reported more than $300 million in multi-year customer orders for Digit 5, subject to contractual milestones. The sales pipeline spans manufacturing, warehousing, and logistics. The company is advancing toward a public listing via a proposed $2.5 billion SPAC merger with Churchill Capital Corp. XI. Revenue in 2025 stood at $1.8 million, reflecting the early stage of scaled deployments.

Digit 4 deployments already include paid RaaS contracts, such as GXO's multi-year agreement that reached a 100,000-tote milestone. Toyota converted a three-robot pilot into a seven-unit commercial agreement at its Woodstock, Ontario RAV4 plant. These precedents indicate accelerating demand, yet the $300 million figure represents committed value rather than recognized revenue. Service ecosystems for uptime maximization will prove critical as fleet sizes grow beyond initial pilots.

Competitive Positioning Among 2026 Humanoid Offerings

Digit 5's focus on cooperative safety and payload differentiates it from competitors emphasizing speed or general dexterity. Tesla Optimus Gen 2 prioritizes low-cost manufacturing scale, while Figure 02 targets broad task learning through AI partnerships. Boston Dynamics' electric Atlas emphasizes dynamic mobility. Unitree models offer lower entry pricing for research and lighter industrial use. Agility's emphasis on certified safety compliance and logged operational hours positions it for regulated environments where reliability metrics carry greater weight than raw speed.

The 50-pound payload and 2.2-meter reach align closely with warehouse shelf heights and OSHA single-person lift limits. Swappable grippers expand applicability beyond the tote-centric work that dominated earlier deployments. Expansion to Europe introduces regulatory hurdles around CE marking and data localization that Agility has begun addressing through its physical AI stack.

Serviceability and Long-Term Fleet Implications

High run-to-charge ratios reduce charging infrastructure demands per robot. Cycloidal actuators and modular end-effectors suggest improved serviceability over generations reliant on specialized components. However, the 129-kilogram mass and complex sensor suite will require trained technicians for maintenance at scale. Agility's Pittsburgh engineering office and