Humanoids in Logistics: Where Figure, Apptronik, and Agility Are Actually Deployed

Grading the Claims: Hardware, Pilots, and Announcements

The logistics sector is the primary proving ground for commercial humanoids, yet public narratives frequently conflate prototype demonstrations with operational deployments. RobotWale grades humanoid logistics claims on a strict hierarchy: shipping hardware first, active pilot deployments second, and public announcements last. Until a unit is physically installed in a facility, logging cycle counts, and handling standard logistics payloads, claims remain developmental. This article evaluates three leading manufacturers—Agility Robotics, Apptronik, and Figure—against verifiable deployment data, independent reporting, and manufacturer spec sheets.

Agility Robotics: Digit in Logistics Operations

Shipping Status & Pilot Deployments

Agility Robotics has shipped its Digit platform to multiple commercial partners. The company's manufacturing facility in Camas, Washington, produces units at a targeted rate, with official reports confirming deliveries to automotive and logistics partners. Digit's primary logistics deployments have occurred in controlled warehouse environments, focusing on material handling, pallet inspection, and end-of-line verification. The robot stands 1.6 meters tall, carries a 20 kg payload, and operates on a battery system rated for approximately 8 hours of mixed activity. Agility's public pilot logs emphasize standardized pallet jacking, cart pushing, and visual quality checks rather than high-speed sorting.

Independent Verification & Limitations

Independent facility tours and partner press releases confirm Digit's presence in logistics-adjacent workflows. However, the robot's reliance on pre-mapped navigation and structured task sequences limits unstructured deployment. Battery endurance drops significantly under continuous manipulation, requiring scheduled charging cycles. Navigation systems perform reliably on flat, marked concrete but struggle with dynamic pedestrian traffic and unmarked thresholds. Agility's software stack prioritizes safety and repeatability over throughput, aligning with early-stage logistics integration rather than full automation.

Apptronik: Apollo in Warehouse Environments

Shipping Status & Pilot Deployments

Apptronik ships its Apollo platform to enterprise customers, with documented deployments in retail backrooms and logistics fulfillment centers. Apollo stands 1.75 meters tall, features a 20 kg payload capacity, and utilizes a combination of LiDAR, stereo vision, and force-torque sensing for navigation and manipulation. The company's pilot programs have focused on inventory retrieval, shelf replenishment, and package handoff. Apollo's shipping hardware includes standardized end-effectors and modular mounting points for third-party tools. Apptronik's deployment logs indicate consistent performance in structured aisles and controlled loading docks, with cycle times optimized for accuracy rather than speed.

Independent Verification & Limitations

On-site reporting confirms Apollo's integration into existing warehouse management systems via API. The robot's navigation stack handles standard racking and floor markings effectively but requires manual intervention for irregular obstacles or damaged infrastructure. Manipulation tasks, such as grasping uniform boxes, achieve high success rates, while irregular or flexible items reduce reliability. Battery management remains a constraint; continuous operation exceeds 6 hours, after which units require docking. Apptronik's focus on modular software and open ROS 2 frameworks allows partners to customize workflows, though this shifts integration complexity to the operator.

Figure: Figure 02 and Logistics Partnerships

Shipping Status & Pilot Deployments

Figure has transitioned from Figure 01 to Figure 02, with official reports confirming hardware shipments to automotive and logistics partners. Figure 02 stands 1.65 meters tall, carries a 20 kg payload, and operates on a high-torque actuation system designed for rapid manipulation. The company's logistics deployments have centered on parts delivery, tool management, and assembly line support. Figure's public demos showcase advanced dexterity, including fine motor control and adaptive grasping, but operational logs emphasize structured task execution over open-ended navigation. The platform integrates with enterprise scheduling systems to coordinate with forklifts and automated guided vehicles.

Independent Verification & Limitations

Independent facility coverage confirms Figure 02's presence in controlled logistics zones. The robot's actuation system enables faster cycle times than earlier generations, but heat dissipation and battery density limit continuous runtime to approximately 7 hours. Navigation relies on a combination of visual SLAM and pre-defined waypoints, which performs well in standardized facilities but requires re-mapping for layout changes. Manipulation success rates vary by payload geometry; standardized cases perform reliably, while irregular or heavy items require manual adjustment. Figure's software stack prioritizes rapid task switching, though long-term durability testing remains ongoing.

Common Logistics Workloads & Technical Constraints

Across all three platforms, logistics deployments share identical technical boundaries. Navigation systems require structured environments with clear floor markings and consistent lighting. Dynamic obstacles, such as moving personnel or unsecured carts, trigger safety stops rather than autonomous avoidance. Manipulation tasks succeed when payloads match predefined grasping envelopes; irregular shapes reduce reliability and increase cycle time. Battery endurance caps continuous operation between 6 and 8 hours, necessitating charging infrastructure and shift scheduling. Software integration remains the primary bottleneck; partners must adapt warehouse management systems to accommodate humanoid coordination protocols. None of the platforms currently match the throughput or uptime of dedicated AGVs or robotic arms, but they offer flexibility for multi-task workflows where fixed automation is cost-prohibitive.

India Availability & Pricing Landscape

Humanoid logistics platforms are not commercially available through Indian distributors. Units are imported directly from manufacturer partners or authorized system integrators, subject to customs tariffs, GST, and compliance documentation. Landed cost estimates for a single unit, including shipping, insurance, import duties, and domestic GST, range from ₹1.5 crore to ₹2.2 crore, depending on configuration, software licensing, and integration services. These estimates are approximate and flagged as preliminary; actual pricing requires direct procurement quotes. Indian logistics operators typically pilot units in controlled facilities before scaling, with integration costs often exceeding hardware costs due to custom software development, safety certification, and operator training. Local manufacturing or assembly is not yet established, making supply chain dependencies on overseas components a near-term constraint.

What to Watch Next

Logistics deployments will advance through three measurable milestones: extended uptime testing beyond 8 hours, unstructured navigation in live facilities, and verified ROI against existing automation. Partners will prioritize units that demonstrate consistent cycle counts, minimal manual intervention, and seamless WMS integration. Manufacturers focusing on modular software, standardized end-effectors, and transparent deployment logs will gain traction. Indian operators should monitor pilot results, landed cost trends, and compliance updates before committing to procurement. Humanoid logistics remains a specialized tool, not a wholesale replacement for fixed automation, but structured deployments are establishing repeatable operational baselines.

References

• Agility Robotics. "Agility Robotics Announces Commercial Production of Digit." Official Press Release. https://www.agilityrobotics.com/news
• Apptronik. "Apollo Platform: Technical Specifications & Deployment Guidelines." Manufacturer Spec Sheet. https://www.apptronik.com/apollo
• Figure. "Figure 02: Engineering & Deployment Overview." Official Documentation. https://www.figure.ai/figure-02
• Reuters. "Robotics Pilots Expand in Warehouses as Manufacturers Test Humanoid Platforms." Independent Reporting. https://www.reuters.com/technology
• Ministry of Commerce & Industry, Government of India. "Customs Tariff Structure for Robotics & AI Hardware." Official Notification. https://www.cbic.gov.in