Welcome to the future of American-made humanoid robots for sale. Our bipedal robot is engineered for real-world research and industry, offering advanced mobility, dexterous manipulation, and full programmability—all at a price that makes cutting-edge robotics accessible while outperforming competitors like Unitree G1 and Tesla Optimus.
Premium Engineering & Construction: Unlike most competitors that use plastic or composite materials, our humanoid features precision machined aluminum construction, cycloidal gearing systems, and internally developed actuators and motor controllers. This premium hardware approach delivers superior durability, repairability, and performance for demanding applications.
- Walks, climbs, and navigates complex spaces—including stairs, tight corridors, and cluttered labs. (It’s got moves.)
- Handles delicate and heavy objects with precision, from Petri dishes to lab equipment.
- Fully modular and upgradable—customize hands, sensors, and software to your needs. Swap parts in the field, not just in the lab.
- Easy to maintain—field-replaceable parts, US-based support, and a 1-year warranty included. (We’re here when you need us.)
- Advanced simulation and digital twin—test and validate in virtual environments before deployment. Python API and NVIDIA Cosmos compatible.
Technical Highlights:
- Dimensions: 63in x 25in x 7.5in (160cm x 63.5cm x 19cm)
- Weight: 90 lbs (40.8 kg)
- Degrees of Freedom: 64 total (5 in each leg, 5 in each arm, 22 in each hand/wrist)
- Maximum Joint Torque: 90 ft-lbs (122 Nm)
- Arm Payload Capacity: 15 lbs (6.8 kg) per arm
- Hand Grip Strength: 10 lbs (4.5 kg) per finger
- Hand Open/Close Cycle Time: 250ms
- Battery Life: 8 hours continuous operation
- Computing: Onboard Raspberry Pi CM5
- Navigation System: Open Source ROS2/NAV2
- Sensors: 21 IMU sensors, battery monitoring, 360° HD camera visibility
- Optional Sensors: 3D LiDAR, Stereo cameras, Ultrasonic rangefinders
- Communication Interfaces: WiFi, Bluetooth, Ethernet, CAN, USB, 2.4GHz radio (4G optional)
- Platform Variations: Biped (standard), wheeled base, tracked base options
- Manipulator Options: High-dexterity hands (22 DOF) or simpler GatorGrip (2-finger)
Pre-order pricing:
Platform Variations:
- Bipedal Configuration (Standard): Maximum mobility for navigating human environments, stairs, and uneven surfaces. Ideal for research and dynamic settings.
- Wheeled Base Option: Enhanced stability and continuous operation on flat surfaces. Perfect for industrial settings, hospitals, or applications requiring extended runtime.
- Tracked Base Option: Maximum terrain versatility for challenging environments. Designed for outdoor operations and applications requiring reliable mobility in variable conditions.
Manipulator Options:
- High-Dexterity Hands: 22 DOF per hand/wrist system currently being developed through our SBIR research program for precision handling tasks.
- GatorGrip Option: Simplified 2-finger grippers provide reliable grasping for most common objects with reduced complexity.
Applications:
- Research: Human-robot interaction, bipedal locomotion, manipulation studies, autonomous navigation
- Education: Robotics and automation courses, computer science, engineering design, STEM programs
- Commercial: Material handling, remote inspection, manufacturing assistance, customer service
Training, Installation, and Support: On-site training, installation, and spare parts packages are available. Our modular design ensures rapid repairs and upgrades, minimizing downtime and maximizing ROI. Free phone support, 1-year warranty included, with optional 3-year extended warranty and white glove repair services available.
Open-Source Architecture: Built on ROS2 with an open hardware and software architecture, allowing for easy customization, extension, and integration with existing systems. Add your own sensors, actuators, or specialized equipment using the modular frame and standard interfaces.
How We Compare to Leading Humanoid Robots: Unitree G1, Tesla Optimus, and Others
| Feature | Our Humanoid Robot | Unitree G1 | Other Competitors |
|---|---|---|---|
| Degrees of Freedom | 64 DOF total (22 DOF per hand) | 43 DOF maximum (Edu Ultimate model) | Typically 23-30 DOF total |
| Height/Scale | 63in (160cm) - Full human size | 127cm (50in) - Sub-human size | Typically 120-140cm |
| Arm Payload | 15 lbs (6.8kg) per arm | 3kg (6.6 lbs) maximum | Typically 2-5kg per arm |
| Joint Torque | 90 ft-lbs (122 Nm) | 120 Nm (knee only) | Varies by model |
| Battery Life | 8 hours continuous operation | 2 hours typical operation | Typically 1-3 hours |
| Manufacturing | Made in USA with local support | Manufactured in China | Typically manufactured overseas |
| Architecture | Open-source ROS2 architecture | Proprietary with limited SDK | Often proprietary systems |
| Base Options | Biped, wheeled, or tracked configurations | Biped configuration only | Usually single configuration |
| Construction | Precision machined aluminum, cycloidal gears, custom actuators | Primarily plastic and composite materials | Varies by manufacturer |
| Electronics | Internally developed motor controllers and systems | Proprietary electronics with limited documentation | Usually proprietary systems |
| Repairability | Highly modular, field-serviceable components | Factory service required for most repairs | Typically limited serviceability |
Technical Document: Download Complete Technical Specifications (PDF, 743KB)
Key Applications: Beyond What Unitree G1, Tesla Optimus & Other Humanoids Offer
Advanced Research & Development
- Human-robot interaction studies with full-sized humanoid
- Artificial intelligence development (superior to Unitree G1)
- Computer vision and advanced perception research
- Biped locomotion research with true human proportions
Industrial Applications
- Manufacturing assistance with higher payload than Unitree
- Quality control inspection with superior dexterity
- Hazardous environment operations (longer runtime than competitors)
- Remote maintenance tasks with fully articulated hands
Education & Training
- Robotics curriculum development with ROS2 (unlike proprietary systems)
- STEM education programs with open architecture
- Hands-on programming training with standard interfaces
- Human-robot cooperation studies with full-sized platform
Alternative to Unitree G1: With superior height, payload capacity, battery life, and degrees of freedom, our humanoid robot provides significant advantages over the Unitree G1 for advanced research and industrial applications requiring human-scale capabilities.
Questions? Contact us to discuss your application or request a custom quote. We’re here to help you buy the best humanoid robot for your needs—and we’re always happy to geek out about robots.