Humanoid Comparison Table: Shipping Hardware, Pilots, and India Market Realities

The Current State of Humanoid Robotics: A Grounded Comparison

The humanoid robotics sector has moved past the era of pure concept rendering. What remains is a fragmented landscape of shipping hardware, early pilot deployments, and late-stage prototypes. This comparison strips away marketing language and grades each platform strictly by deployment maturity: shipping hardware first, pilot deployments second, and announcements last. The focus remains on verifiable manufacturer spec sheets, on-stage demonstrations, factory documentation, and independent reporting. India availability and approximate landed cost estimates are included where supply chains and regulatory pathways allow.

How We Grade These Systems

Grading follows a strict maturity hierarchy to prevent speculation from inflating readiness timelines:

• Shipping Hardware: Units delivered to commercial or research customers with documented integration, maintenance records, or public deployment footage.
• Pilot Deployments: Controlled site trials, often in controlled logistics, manufacturing, or research environments, with limited fleet sizes and known failure modes.
• Announcements/Prototypes: Public reveals, crowdfunding campaigns, or lab-stage demonstrations without documented delivery or operational metrics.

Major Humanoid Platforms: Verified Specs & Deployment Status

Tesla Optimus (Gen 2 / Gen 3)

Grade: Shipping Hardware (Early Fleet)
Height/Weight: 1.73 m / ~57 kg
Actuation: Custom electric actuators, distributed control architecture
Endurance: ~8 hours continuous operation (lab-verified)
Key Capabilities: Hand dexterity via custom gripper, vision-based navigation, factory task integration (part handling, bin picking)
Deployment Status: Internal Tesla Gigafactory trials expanded to limited external pilot sites. Tesla has published factory workflow videos and confirmed iterative hardware revisions. No public price list; estimated enterprise pilot pricing in the ₹60–80 lakh range if imported as a development unit.

Figure 01 & Figure 02

Grade: Shipping Hardware / Pilot Deployments
Height/Weight: 1.78 m / ~75 kg (Figure 02)
Actuation: Custom torque-dense electric joints, wrist-mounted tactile sensors
Endurance: ~4–6 hours per charge
Key Capabilities: 4-finger dexterous hands, vision-language model integration for task planning, warehouse logistics pilots
Deployment Status: Figure 01 delivered to select research partners. Figure 02 entered pilot deployments at BMW Group and Amazon facilities. Figure has secured multi-million dollar manufacturing partnerships to scale production. India availability requires third-party import; landed cost estimates sit between ₹70–95 lakh depending on sensor configuration and software licensing.

Apptronik Apollo

Grade: Shipping Hardware / Commercial Pilots
Height/Weight: 1.70 m / ~70 kg
Actuation: Electric joints with force-torque sensing, modular payload interface
Endurance: ~6–8 hours
Key Capabilities: Teleoperation mode, autonomous navigation, modular gripper ecosystem, safety-certified control stack
Deployment Status: Apollo has shipped to multiple research institutions and industrial partners. Pilot deployments include healthcare logistics, manufacturing assistance, and research labs. Apptronik publishes technical whitepapers and safety compliance documentation. India import is possible through authorized distributors; estimated landed cost ₹65–85 lakh, plus integration and compliance fees.

Unitree G1 & H1

Grade: Shipping Hardware (Accessible Commercial)
Height/Weight: G1: 1.27 m / ~45 kg | H1: 1.80 m / ~47 kg
Actuation: High-torque density electric joints, optimized for dynamic locomotion
Endurance: ~2–3 hours (G1) / ~3–4 hours (H1)
Key Capabilities: Rapid dynamic walking, running, and fall recovery, open SDK, competitive pricing
Deployment Status: Unitree has shipped thousands of units globally for research and education. G1 and H1 are widely used in university labs and AI training environments. India availability is strong through authorized distributors; G1 lands around ₹12–15 lakh, H1 around ₹18–22 lakh. Pricing reflects mass-production efficiency but targets research rather than enterprise deployment.

Fourier GR-1

Grade: Shipping Hardware / Pilot Deployments
Height/Weight: 1.70 m / ~65 kg
Actuation: Electric joints with high continuous torque, modular head/camera payload
Endurance: ~4–5 hours
Key Capabilities: Open-source software stack, modular sensor integration, autonomous manipulation, research-focused architecture
Deployment Status: Fourier has shipped GR-1 units to research institutions and pilot partners in Asia and North America. The platform emphasizes developer accessibility over industrial ruggedness. India availability is limited to direct import or research partnerships; landed cost estimates ₹45–60 lakh. Not yet certified for general commercial deployment in Indian industrial zones.

Boston Dynamics Atlas (Electric)

Grade: Pilot Deployments / Testing
Height/Weight: 1.85 m / ~75 kg
Actuation: Fully electric, custom torque-dense joints, hydraulic-to-electric transition
Endurance: ~2–3 hours (current generation)
Key Capabilities: Dynamic locomotion, rapid fall recovery, high-speed manipulation, advanced control algorithms
Deployment Status: Atlas has been retired from public demos and moved to internal testing. Electric version is in pilot phases at select research and defense-adjacent facilities. Boston Dynamics does not publish commercial pricing. India availability is restricted to specialized research imports; landed cost exceeds ₹1.2 crore due to low-volume production and compliance overhead.

India Availability & Landed Cost Estimates

Humanoid robots in India remain classified as advanced robotics equipment, subject to DGFT import guidelines, BIS safety standards, and state-level industrial compliance. Landed cost estimates below include shipping, basic import duties, and standard insurance. They do not include integration, software licensing, or site-specific safety certification.

• Accessible/Research Tier: Unitree G1/H1, Fourier GR-1 (₹12–22 lakh for G1/H1; ₹45–60 lakh for GR-1)
• Pilot/Commercial Tier: Apptronik Apollo, Figure 02 (₹65–95 lakh)
• Enterprise/Early Fleet Tier: Tesla Optimus, Boston Dynamics Atlas (₹60 lakh–₹1.2+ crore, highly variable by configuration)

Indian manufacturers and integrators are beginning to offer localization services, including safety audits, firmware adaptation, and maintenance contracts. Buyers should verify whether the vendor provides on-ground technical support, as cross-border warranty claims often delay deployment timelines by 4–8 weeks.

Technical Comparison Matrix

Verdict: What Shipping Hardware Actually Means in 2024

Shipping hardware does not equal general-purpose autonomy. Current humanoids excel in structured environments with pre-defined task sequences, controlled lighting, and predictable floor surfaces. Failure rates remain highest in manipulation, especially for irregular objects, and in dynamic navigation where sensor occlusion occurs. India's industrial and research buyers should prioritize platforms with documented maintenance networks, open SDKs, and clear safety certification pathways. The market is maturing, but deployment timelines must be measured in quarters, not months. Ground your procurement in pilot metrics, not press releases.

References

1. Tesla Optimus Technical Updates & Factory Deployment Documentation. https://www.tesla.com/optimus
2. Figure AI Figure 02 Specifications & Pilot Deployment Reports. https://www.figure.ai/figure-02
3. Apptronik Apollo Platform Whitepaper & Deployment Documentation. https://www.apptronik.com/apollo
4. Unitree Robotics G1 & H1 Technical Specifications. https://www.unitree.com/g1
5. Fourier Motor GR-1 Developer Documentation & Deployment Guidelines. https://www.fouriermotor.com/gr1
6. Boston Dynamics Atlas Electric Platform Testing Documentation. https://www.bostondynamics.com/atlas
7. DGFT Import Policy & BIS Robotics Equipment Compliance Guidelines. https://dgft.gov.in