Humanoids in Logistics: Verified Deployments of Figure, Apptronik, and Agility

Deployment Grading Framework

Humanoid robotics in logistics and warehouse operations is frequently discussed through the lens of press releases and concept renders. RobotWale grades all deployment claims by a strict hierarchy: shipping hardware first, active pilot deployments second, and public announcements last. This framework prevents speculative narratives from overshadowing verified operational data. Logistics environments demand reliable payload capacity, predictable autonomy, and maintainable hardware. Until a unit crosses a warehouse threshold with documented uptime, task completion rates, and service contracts, it remains in the pilot or announcement phase. The following analysis applies this grading to three primary manufacturers: Agility Robotics, Apptronik, and Figure AI.

Agility Robotics – Digit in Warehouse Operations

Verified Hardware & Shipping Status

Agility Robotics holds the most advanced shipping status among logistics-focused humanoid manufacturers. The company has moved Digit from prototype to production-scale manufacturing, with units actively shipped to enterprise customers. The Digit specification sheet lists a 20 kg payload capacity, 1.7 m operating height, 2–3 hours of continuous runtime on a single charge, and a dual-arm dexterity system rated for palletized goods and bin picking. The hardware is built for warehouse environments, with reinforced joints and thermal management optimized for indoor climate control. Agility’s manufacturing pipeline has been independently verified through factory tours and production line documentation released to press and industry analysts.

Pilot Deployments & Independent Reporting

Agility’s primary logistics deployment is with Amazon. Independent reporting confirms that Digit units are operating in Amazon fulfillment centers across the United States, performing inventory management, sortation, and end-of-line packaging tasks. The deployment is graded as an active pilot transitioning to limited production use. Amazon has documented task completion metrics in press briefings, noting that Digit handles repetitive, high-frequency movements without requiring continuous human supervision. However, warehouse throughput data remains proprietary. Agility has not published independent uptime percentages or failure rates, which are standard metrics for logistics automation ROI calculations. The company’s public statements emphasize that Digit is being deployed alongside existing conveyor and AMR systems, not as a replacement for dedicated warehouse robotics.

Apptronik – Apollo Logistics Pilots

Deployment Status & Technical Specifications

Apptronik’s Apollo platform is engineered for logistics and industrial applications, with a focus on heavy payload handling and modular end-effectors. The official specification sheet indicates a 135 kg payload capacity, 1.8 m operating height, and a modular wrist system that accepts grippers, suction cups, and custom tooling. Apollo’s autonomy stack relies on LIDAR, stereo vision, and pre-mapped warehouse navigation, with safety certifications aligned to ISO 10218 and ISO/TS 15066 standards. Apptronik has shipped hardware to pilot sites, but the units are not yet in mass production. The company’s manufacturing approach emphasizes configurable chassis and interchangeable upper-body modules, allowing logistics operators to adapt the robot for receiving, sorting, or material transport tasks.

Pilot Programs & Operational Metrics

Apptronik’s Apollo is currently deployed in logistics pilot programs across multiple U.S. facilities, including partnerships with third-party logistics providers and distribution centers. Independent reporting confirms that Apollo units are operating in controlled warehouse environments, handling heavy pallets, loading trailers, and performing inventory verification. The deployment is graded as an active pilot phase. Apptronik has shared video documentation of on-stage demos and facility walkthroughs, but has not released comprehensive uptime data, task completion rates, or commercial service contracts. The company emphasizes that Apollo is being tested for labor supplementation in high-injury-risk tasks, rather than full automation. Maintenance requirements, including joint calibration and battery replacement cycles, remain part of the pilot evaluation period.

Figure AI – Figure 02 and Logistics Roadmap

Current Status: Announcements and Early Pilots

Figure AI’s Figure 02 platform is primarily positioned for automotive manufacturing and heavy industrial assembly, with logistics applications still in the announcement and early pilot phase. The company’s specification sheet lists a 20 kg payload capacity, 1.7 m operating height, and a focus on vision-language model integration for task generalization. Figure has shipped units to BMW and Geely for manufacturing line deployment, but warehouse and logistics deployments remain in demonstration and pilot testing stages. Independent reporting confirms that Figure has conducted warehouse task demonstrations, including bin picking, box transport, and shelf stocking, but these have been limited to controlled environments and press events. The company has not published production volumes, pilot uptime data, or logistics-specific service contracts. Figure’s logistics roadmap is graded as an announcement phase, with hardware deployment still pending commercial validation.

India Availability & Landed Cost Estimates

Humanoid logistics robots are not commercially available in India as of this reporting. No manufacturer has established local distribution, service centers, or regulatory compliance for warehouse deployment. Importing humanoid hardware would require BIS certification, DGFT clearance, and specialized technical support for maintenance and software updates. Landed cost estimates for humanoid logistics hardware range from $60,000 to $90,000 USD per unit, depending on configuration, end-effectors, and autonomy packages. Converting to INR at current exchange rates, the landed cost estimate is approximately ₹50,00,000 to ₹75,00,000 per unit. This figure is clearly flagged as an estimate and does not include integration, software licensing, or service contracts. Indian logistics operators are likely to encounter service-first or lease models initially, as direct hardware procurement requires established local support infrastructure. Until domestic manufacturing or authorized distribution agreements are announced, Indian warehouse automation will rely on AMRs, AGVs, and fixed automation rather than humanoids.

Technical Constraints in Logistics Environments

Humanoid logistics deployment faces several measurable constraints that impact commercial viability. Payload capacity remains limited; most units are rated for 20–30 kg for dexterous tasks, with heavy-lifting models like Apollo requiring specialized grippers and slower cycle times. Battery life limits continuous shift operation, requiring swap stations or charging infrastructure integrated into warehouse layouts. Navigation in dynamic environments remains a software challenge; pre-mapped routes do not account for temporary obstructions, human traffic, or shifting inventory placement. Maintenance complexity increases with joint count and actuator density, requiring trained technicians and spare part supply chains. Finally, ROI calculations in logistics depend on task standardization; humanoids perform best in repetitive, structured workflows, but struggle with irregular item handling and rapid layout changes. Manufacturers continue to publish demo videos and press releases, but verified warehouse throughput, failure rates, and service contracts are the only metrics that determine commercial deployment readiness.

References

• Agility Robotics. (2024). Digit Specification Sheet & Production Update. https://agilityrobotics.com/specifications
• Agility Robotics. (2023). Amazon Partnership Press Release. https://agilityrobotics.com/news/agility-robotics-and-amazon-partner-to-deploy-digit
• Apptronik. (2024). Apollo Platform Specifications & Deployment Guide. https://apptronik.com/apollo
• Apptronik. (2023). Logistics Pilot Program Announcement. https://apptronik.com/news/apollo-logistics-pilots
• Figure AI. (2024). Figure 02 Technical Specifications & Manufacturing Partnerships. https://figure.ai/specifications
• Figure AI. (2023). BMW & Geely Manufacturing Deployment Press Release. https://figure.ai/news/figure-and-bmw
• TechCrunch. (2024). Inside Amazon’s Humanoid Robot Pilots. https://techcrunch.com/2024/03/15/amazon-humanoid-robot-pilots
• Reuters. (2024). Agility Robotics Production Scale Manufacturing Report. https://reuters.com/technology/agility-robotics-production-scale