Humanoid Comparison Table: Verified Specs, Shipping Status, and India Market Readiness

Methodology and Scope

RobotWale evaluates humanoid robots strictly by verified hardware delivery, followed by documented pilot deployments, and finally by public announcements. Rendered concepts, simulation demos, and speculative timelines are excluded from this comparison. We prioritize manufacturer spec sheets, factory floor footage, third-party testing reports, and official press releases. All specifications are manufacturer-reported unless otherwise noted. Pricing and availability reflect international baselines with clear flags for Indian market conditions.

Humanoid Comparison Table

The following table consolidates verified data for platforms that have reached hardware shipping, active pilot programs, or formal public roadmaps. Columns are ordered by deployment maturity.

Actuation and Locomotion Architecture

Humanoid actuation has shifted decisively from hydraulic to electric drive systems. Electric platforms leverage customized harmonic drives, planetary roller screws, and high-torque density brushless DC motors. The primary engineering trade-off centers on power density versus thermal management. Platforms like Unitree H1 prioritize dynamic agility with high peak torque outputs, enabling sprint speeds exceeding 6 km/h. In contrast, Optimus, Figure 02, and Apollo optimize for sustained operation, thermal dissipation, and precise force control for manipulation tasks.

Locomotion stability relies on model-predictive control (MPC) and impedance control loops running at 1 kHz. Commercial shipping platforms favor compliant joint control for safer human interaction, while research platforms test high-bandwidth torque control for dynamic recovery. No platform has yet demonstrated fully untethered, unstructured outdoor navigation at scale. All verified deployments remain confined to controlled indoor or semi-structured industrial environments.

Perception and Compute Stack

Perception architectures converge on stereo vision, depth sensing, and inertial measurement units (IMUs) fused with proprioceptive joint encoders. Compute is distributed between edge AI accelerators and onboard GPUs. Figure 02 utilizes NVIDIA Thor and RTX 4090-class compute for real-world inference. Unitree and Apptronik rely on custom edge AI modules optimized for low-latency motor control. Tesla Optimus employs custom silicon (Dojo/Neural processing units) for closed-loop vision and motor control.

General-purpose manipulation remains the primary bottleneck. While platforms demonstrate dexterous grasping in simulated or structured environments, wet, oily, or highly variable object geometries still require manual intervention or specialized end-effectors. Tactile sensing is present in beta units but not yet standardized across shipping hardware. LIDAR is largely excluded from primary locomotion stacks to reduce weight and power draw, with ultrasonic and stereo cameras serving as the primary depth sources.

India Availability and Landed Cost Estimates

Humanoid robots are not yet commercially available through official Indian distributors. Importation requires BIS certification, customs clearance, and compliance with the Bureau of Indian Standards (BIS) for electronic and mechanical safety. Current import duties on robotics hardware range from 10% to 20%, plus a 18% GST. Logistics, insurance, and customs brokerage add approximately 5-8% to the base price.

Approximate landed cost estimates for India (flagged as estimates based on current duty structures and freight):

• Unitree G1: ~INR 28-32 lakhs
• Unitree H1: ~INR 45-50 lakhs
• Fourier GR-1: ~INR 55-60 lakhs
• Apptronik Apollo: ~INR 75-85 lakhs
• Figure 02: ~INR 90-100 lakhs
• Tesla Optimus: Not available for commercial import
• Agility Digit: ~INR 80-90 lakhs

Local assembly prospects exist but require domestic supply chain development for actuators, controllers, and sensor fusion modules. Indian research institutions and logistics firms have expressed interest in pilot programs, but regulatory approvals and service infrastructure remain developmental.

Pilot Deployments and Shipping Status

Deployment maturity is the strongest indicator of real-world readiness. Platforms graded as "Shipping" have delivered functional hardware with documented operational use. Platforms graded as "Pilot" are undergoing structured testing with enterprise partners. Platforms graded as "Announcement/Prototype" remain in pre-production or validation phases.

Agility Robotics Digit leads in commercial logistics deployment, operating alongside human workers in warehouse sortation. Figure 02 and Apptronik Apollo are active in BMW Group and enterprise research pilots, focusing on material handling and inspection tasks. Unitree platforms are widely deployed in academic and research settings, prioritizing agility and cost-effective iteration. Tesla Optimus operates internally across Gigafactories, with manufacturing automation use cases documented in factory footage. Boston Dynamics Atlas (Electric) remains in controlled testing, with dynamic performance demonstrations prioritized over commercial deployment.

No platform has achieved fully autonomous, unattended operation across mixed-industry environments. Human supervision, remote teleoperation, and structured task boundaries remain standard. Software updates and safety certifications are the primary constraints for scaling deployments.

Conclusion

Humanoid robotics has moved beyond conceptual validation into hardware iteration and controlled deployment. The comparison table reflects verified shipping status, pilot progress, and technical specifications without speculative inflation. India availability remains limited to research imports, with landed costs heavily influenced by duty structures and logistics. Future deployment scaling will depend on actuation cost reduction, tactile sensing standardization, and regulatory alignment for commercial operation.

References

• Tesla Optimus Update: https://www.tesla.com/Optimus
• Figure 02 Specifications: https://www.figure.ai/figure-02
• Unitree G1 & H1 Official Specs: https://www.unitree.com/g1
• Fourier Robotics GR-1: https://www.fouriermotor.com/gr-1
• Apptronik Apollo: https://apptronik.com/apollo
• Agility Robotics Digit: https://agilityrobotics.com/digit
• Boston Dynamics Atlas (Electric): https://bostondynamics.com/atlas
• Sanctuary AI Phoenix: https://sanctuary.ai/phoenix
• Customs Duty & GST Framework (India): https://www.cbic.gov.in