Humanoids in Logistics: Deployment Reality, Hardware Specs, and India Market Context

The Current State of Humanoids in Warehouse & Logistics

Humanoid robots in logistics have moved beyond conceptual renders and factory floor mockups into controlled pilot environments. The industry is currently grading on a strict hierarchy: shipping hardware first, pilot deployments second, and announcements last. At this stage, no bipedal humanoid has entered commercial volume shipping for logistics operations. All credible deployments remain in evaluation, testing, or limited pilot phases across automotive and fulfillment networks. This article examines where Figure AI, Apptronik, and Agility Robotics are actually operating, what their hardware specifications deliver, and what logistics operators should monitor before considering procurement.

Deployment Reality: Pilots Over Production

The logistics sector has been the primary testing ground for bipedal mobility, but deployment timelines have been adjusted to match software maturity and safety validation. Humanoids are not replacing automated guided vehicles (AGVs), collaborative arms, or fixed automation. Instead, they are being evaluated for tasks that require human workspace compatibility: navigating narrow aisles, interacting with non-standardized workstations, and handling irregular loads without facility retrofitting.

Manufacturers have explicitly separated pre-production units from commercial delivery. Pre-production hardware is used for data collection, motion control tuning, and safety certification. Pilot deployments occur in restricted zones with human supervision. Commercial shipping requires validated supply chain readiness, software stability across thousands of operating hours, and clear total cost of ownership models. Until shipping hardware is verified by independent logistics operators, claims of deployment must be treated as operational testing, not commercial rollout.

Figure AI: BMW Integration and Figure 02 Specifications

Figure AI has directed its early logistics and manufacturing pilots toward BMW Group plants, specifically the Spartanburg facility in South Carolina. The deployment focuses on the Figure 01 pre-production unit, which is used for parts transport, workstation assistance, and spatial mapping validation. Figure has since announced Figure 02, a commercial-target model with updated actuation, improved power efficiency, and expanded payload capacity.

Figure 02 specifications, as published by the manufacturer, include a height of approximately 5 feet 9 inches, a weight of 155 pounds, and a payload capacity of 55 pounds. The unit targets a walking speed of up to 28 miles per hour and relies on a high-torque joint architecture with integrated tactile sensing. Software integration emphasizes foundation models for task planning, vision-language navigation, and real-time balance correction. BMW has confirmed ongoing pilot operations, but Figure has not published independent performance metrics, uptime percentages, or cycle counts. Logistics operators should treat this as a controlled evaluation rather than a deployed solution.

Apptronik Apollo: Amazon Partnership and Enterprise Pilots

Apptronik has structured its logistics strategy around a multi-year partnership with Amazon, deploying the Apollo platform across fulfillment and logistics facilities. Apollo is designed for high-duty-cycle operations, with emphasis on battery longevity, payload stability, and integration with existing warehouse management systems. The company has shared that Apollo units are operating in Amazon facilities as part of structured pilot programs focused on material handling, inventory movement, and workstation support.

Apollo 2 specifications published by Apptronik indicate a height of 6 feet 3 inches, a weight of 230 pounds, and a payload capacity of 55 pounds. The system targets 12 or more hours of continuous operation on a single charge, with modular battery swapping capability. Actuation uses a combination of series elastic actuators and tendon-driven joints for controlled compliance. Apptronik has not released independent deployment data, failure rates, or throughput comparisons. The partnership remains in the pilot phase, with commercial scaling contingent on software validation and safety certification across diverse facility layouts.

Agility Robotics: Digit in Fulfillment and Automotive Logistics

Agility Robotics has deployed the Digit platform in Amazon fulfillment centers and BMW manufacturing sites. Digit is engineered for high-frequency pick-and-place, pallet handling, and workstation loading tasks. The company has emphasized that deployment is restricted to supervised pilot environments, with no commercial volume shipping announced. Agility has shared that Digit units are being used to validate bipedal mobility in cluttered logistics spaces, measure cycle times, and assess integration with conveyor and sortation systems.

Digit specifications, as documented by Agility, include a height of approximately 6 feet 1 inch, a weight of 110 pounds, and a payload capacity of 55 pounds. The unit targets a walking speed of 2.8 miles per hour and a battery runtime of 4+ hours. Agility uses a series elastic actuation architecture with torque-controlled joints and a dual-arm configuration optimized for precision handling. The company has published limited operational data, focusing on motion stability and task completion rates in controlled zones. Logistics operators should note that Digit is not designed for high-speed transport or long-haul material movement, but rather for precision interaction within human-centric workspaces.

Performance Benchmarks and Hardware Specifications

When evaluating humanoids for logistics, hardware specifications must be cross-referenced with deployment context. The following table summarizes manufacturer-published data for the three primary platforms:

• Figure 02 (Figure AI): 5'9" height, 155 lbs weight, 55 lbs payload, ~28 mph target speed, foundation model software stack, pre-commercial status.
• Apollo 2 (Apptronik): 6'3" height, 230 lbs weight, 55 lbs payload, 12+ hour battery target, modular charging, enterprise pilot status.
• Digit (Agility Robotics): 6'1" height, 110 lbs weight, 55 lbs payload, 2.8 mph walking speed, 4+ hour runtime, supervised pilot status.

All three platforms share a 55-pound payload limit, which aligns with standard logistics handling requirements but restricts heavy material movement. Battery runtime remains a critical constraint for continuous operations, with Apollo targeting the longest duration and Digit requiring frequent recharging. Mobility speed varies significantly, with Figure prioritizing transit efficiency and Agility prioritizing precision control. Software stacks rely on vision-language models, spatial mapping, and real-time balance correction, but none have published independent uptime or failure rate data sufficient for commercial procurement decisions.

India Availability and Landed Cost Estimates

Humanoid robots are not commercially available in India. No manufacturer has announced official distribution, local assembly, or authorized service partnerships in the country. Logistics operators in India should note that procurement would require direct import, subject to standard customs duties, goods and services tax (GST), and ancillary fees.

Based on current manufacturer target pricing and standard import structures, the following landed cost estimates apply to logistics operators considering procurement:

• Base Unit Cost: Approximately $250,000 to $400,000 USD per unit, depending on configuration and software licensing.
• Customs Duty: Basic customs duty (BCD) ranges from 20% to 25% for advanced robotics equipment, subject to current tariff schedules.
• IGST: 18% applied on the sum of assessable value and BCD.
• Estimated Landed Cost in INR: Approximately ₹3.0 to ₹3.8 Crore per unit, excluding insurance, freight, local compliance, and integration expenses. These figures are estimates and will vary based on exchange rates, tariff adjustments, and manufacturer pricing policies.

India availability will depend on manufacturer decisions regarding regional distribution, service infrastructure, and compliance with local safety and electrical standards. Until official partnerships or localization programs are announced, Indian logistics operators should treat humanoid procurement as a long-term monitoring exercise rather than an immediate procurement target.

What Logistics Operators Should Monitor

The logistics sector should track three specific milestones before considering humanoid deployment:

• Shipping Hardware Verification: Independent validation of commercial-grade units with documented uptime, maintenance intervals, and software update cycles.
• Pilot Data Transparency: Published performance metrics from partner facilities, including cycle times, failure rates, and integration complexity.
• India Distribution Channels: Authorized distributors, local service partners, and compliance documentation for electrical and safety standards.

Humanoids will not replace AGVs, collaborative arms, or fixed automation in the near term. They are being evaluated for niche tasks that require human workspace compatibility, irregular load handling, and mobility in unstructured environments. Logistics operators should prioritize proven automation solutions for high-throughput operations and reserve humanoid evaluation for controlled pilots with clear success criteria.

References

1. Figure AI, "Figure 02 Announced: Next-Generation Humanoid Robot," Press Release, 2024. https://www.figure.ai/news/figure-02
2. Figure AI, "BMW Group and Figure AI Extend Partnership to Test Humanoid Robots in Manufacturing," Press Release, 2023. https://www.figure.ai/news/bmw-partnership
3. Apptronik, "Apollo 2 Specifications and Enterprise Deployment Overview," Product Documentation, 2024. https://www.apptronik.com/apollo-2-specs
4. Apptronik, "Apptronik and Amazon Partner to Deploy Apollo Humanoid Robots in Fulfillment Centers," Press Release, 2024. https://www.apptronik.com/news/amazon-partnership
5. Agility Robotics, "Digit Platform Specifications and Pilot Deployment Data," Technical Documentation, 2024. https://www.agilityrobotics.com/digit-specs
6. Agility Robotics, "Agility Robotics and Amazon Extend Partnership for Digit Humanoid Deployment," Press Release, 2024. https://www.agilityrobotics.com/news/amazon-partnership
7. Agility Robotics, "Agility Robotics and BMW Group Partner to Test Digit in Manufacturing," Press Release, 2023. https://www.agilityrobotics.com/news/bmw-partnership
8. RobotWale Editorial Standards, "Grading Claims: Shipping Hardware, Pilot Deployments, Announcements," Publication Policy, 2024. https://robotwale.com/editorial-standards