Humanoid Robots Specification & Procurement Catalog
Exhaustive technical telemetry, degrees of freedom, planetary and harmonic actuation parameters, and pricing models for leading commercial and research humanoids.

Unitree G1 Humanoid
Hyper-agile dynamic research and commercial humanoid featuring 360-degree joint mobility.

1X NEO Beta
Biomimetic tendon-driven bipedal android engineered for safe residential cohabitation.

Optimus Gen 2.5
Vertically integrated general-purpose bipedal worker leveraging Tesla neural vision and custom actuators.

Booster T1
High-payload bipedal humanoid engineered for heavy parcel sorting and container loading.

Fourier GR-2
Anatomically matched humanoid designed for physical therapy support and medical laboratory assistance.

Sanctuary AI Phoenix
Dexterous general-purpose worker powered by the Carbon cognitive architecture and hydraulic-hybrid precision hands.

Figure 02
Industrial-scale commercial humanoid built for rigorous automotive manufacturing and high-throughput warehouse logistics.

All-Electric Atlas
Commercial electric humanoid engineered with superhuman range of motion for heavy automotive manufacturing.
Domestic Chores, Workplace Tasks & Everyday Usability
Evaluate humanoids by tangible tasks: delicate wine glass dishwashing, laundry folding, lawn care, vehicle driving readiness, and child safety.
📷 5 PHOTOSMODEL DOSSIER →1X NEO Beta
📷 4 PHOTOSMODEL DOSSIER →Unitree G1 Humanoid
📷 4 PHOTOSMODEL DOSSIER →Figure 02
📷 4 PHOTOSMODEL DOSSIER →Optimus Gen 2.5
📷 4 PHOTOSMODEL DOSSIER →Booster T1
📷 4 PHOTOSMODEL DOSSIER →Fourier GR-2
📷 4 PHOTOSMODEL DOSSIER →Sanctuary AI Phoenix
📷 4 PHOTOSMODEL DOSSIER →All-Electric Atlas
Side-by-Side Humanoid Specification Matrix
Select up to 4 models to cross-reference actuation torque, degrees of freedom, and compute density.
| SPECIFICATION METRIC | MODEL →1X Technologies 1X NEO Beta | MODEL →Unitree Robotics Unitree G1 Humanoid | MODEL →Figure AI Figure 02 | MODEL →Tesla Motors Optimus Gen 2.5 |
|---|---|---|---|---|
| Height / Weight | 165 cm / 30 kg | 132 cm / 35 kg | 168 cm / 70 kg | 173 cm / 57 kg |
| Total DOF / Hands | 36 DOF(20 DOF Hands) | 43 DOF(14 DOF Hands) | 41 DOF(16 DOF Hands) | 40 DOF(22 DOF Hands) |
| Peak Joint Torque | 75 Nm Direct cable capstan tensioner | 120 Nm Custom planetary gearset with planetary-cycloid hybrid knee units | 280 Nm Strain wave transmission with dual absolute optical encoders | 210 Nm Multi-stage planetary transmission with integrated torque-sensing springs |
| AI Compute & TOPS | 550 TOPS Dual NVIDIA Jetson AGX Orin 64GB Industrial | 100 TOPS NVIDIA Jetson Orin Nano + 8-core ARM Cortex-A78AE Real-Time Controller | 800 TOPS Custom Multi-SoC AI Blade featuring 3x NVIDIA RTX Embedded Modules | 600 TOPS Tesla Hardware 4 (HW4) Dual FSD Neural Network Computer |
| OS & Control Loop | ROS 2 Jazzy Jalisco on RT-Preempt Linux 6.6 1000 Hz RT Control | Ubuntu 22.04 LTS with Unitree Robot SDK and ROS 2 Humble bridge 1000 Hz RT Control | Proprietary Real-Time Microkernel with ROS 2 Jazzy interop 2000 Hz RT Control | Tesla Hardened Real-Time OS with End-to-End Neural Occupancy Network 1000 Hz RT Control |
| Battery & Runtime | 4.5 Hours 1450 Wh (75 min recharge) | 2.2 Hours 900 Wh (50 min recharge) | 5.5 Hours 2250 Wh (80 min recharge) | 6 Hours 2300 Wh (90 min recharge) |
| Speed & Max Payload | 4 m/s|20 kg Lift | 2 m/s|15 kg Lift | 1.2 m/s|25 kg Lift | 1.8 m/s|20 kg Lift |
| Perception Sensors | Solid-state micro-ToF forward proximity array 3 Optical Sensor Channels | Livox Mid-360 dome LiDAR sensor 3 Optical Sensor Channels | Solid-state FMCW LiDAR integrated into front chest plate 2 Optical Sensor Channels | None (Tesla Pure Vision neural occupancy network) 2 Optical Sensor Channels |
| Safety Compliance | • ISO 13482 Personal care robots safety standard • IEC 62061 Functional safety of electrical systems • CE Mark compliant | • ISO 12100 Safety of machinery principles • EN 61000-6-2 Industrial electromagnetic immunity | • ISO 10218-1 Industrial robots safety requirements • ANSI/RIA R15.06 Safety standard for industrial robot systems • UL 1740 Robot systems safety standard | • ISO 13849-1 Safety-related parts of control systems • CE mark pending commercial deployment |
| Base Price / RaaS | $28,500 $1,450 / mo RaaS | $16,000 $890 / mo RaaS | $140,000 $4,200 / mo RaaS | $35,000 $1,750 / mo RaaS |
Understanding Robots-as-a-Service (RaaS) vs Capital Purchase
In fast-moving bipedal robotics, hardware iterations occur on 18-month cycles. MRFL structured RaaS contracts protect enterprise and laboratory operators from asset obsolescence by bundling automatic 24-month hardware refreshes, complete actuator insurance, and 4-hour regional technician dispatch.
Predictable operating expense from $890/month. Full replacement guarantee if actuator back-drive fails. No balance sheet depreciation.
36-month fixed payment schedule with full asset ownership transferred upon payment of $1 at lease termination. Section 179 tax deduction eligible.
Direct OEM warranty coverage, custom firmware source tree access, and unrestricted laboratory hardware modification rights.