1X Technologies NEOvsFourier Intelligence GR-1
Side-by-side comparison of 1X Technologies NEO and Fourier Intelligence GR-1: specs, price, use cases and SDKs.

NEO
Soft-bodied home humanoid

GR-1
Open-platform humanoid for research + light industrial pilots
Specifications
| Spec | NEO | GR-1 |
|---|---|---|
| Price (USD) | $20,000 | $150,000 |
| Category | humanoid | humanoid |
| Payload | 20 kg | 50 kg |
| Runtime | 4 h | 2 h |
| Speed | — | 1.4 m/s |
| Weight | 30 kg | 55 kg |
| Degrees of Freedom | — | 40 |
| Battery | — | Li-ion swap |
- Home assistance
- Elderly care
- Housework
- University research
- Light manufacturing pilots
- Rehabilitation R&D
- Robotic hand teleoperation studies
When to pick which
Choose the 1X Technologies NEO for residential deployments and high-volume consumer pilot programs where human safety and cost-efficiency are the primary constraints. Its $20,000 price point makes it viable for home-care agencies or elder-care facilities looking to scale a fleet of assistants for non-strenuous tasks like light housework or companion care. The 30kg lightweight, soft-bodied construction significantly reduces injury risks in crowded domestic environments compared to heavier industrial units. With a 4-hour runtime, it excels in shift-long monitoring or repetitive domestic chores where continuous operation is prioritized over raw mechanical power or complex research flexibility.
Select the Fourier Intelligence GR-1 for academic research institutions and industrial R&D labs requiring a high-performance, open-platform development vehicle. Its 50kg payload capacity and 40 degrees of freedom make it suitable for heavy-duty teleoperation studies and light manufacturing pilots, such as material handling or assembly line testing. The inclusion of ROS2 drivers and the Fourier OpenAI Stack provides the granular control necessary for complex gait analysis or rehabilitation robotics development. While more expensive at $150,000, the swappable Li-ion battery system ensures minimal downtime in intensive laboratory settings where high-torque actuators and precision movement are essential for testing advanced control algorithms.
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