Agile ONE SN: platform for humanoid laboratory robotics
Agile ONE SN integrates NVIDIA hardware and tools for research: declared specs, demo limits, and availability expected early 2027.
Hardware Features
Agile ONE SN, introduced by Agile Robots in collaboration with NVIDIA, is a humanoid robot primarily designed for advanced research and development. According to Agile Robots, it is approximately 1.4 meters tall and weighs 43 kg; however, XenoSpectrum’s analysis reports a weight of 40 kg. These two values do not constitute a certified weight range. The robot has 31 degrees of freedom in its body and two Wuji hands, each with 20 degrees of freedom, totaling 71 degrees of freedom overall. Each arm is estimated to support a maximum payload of 3 kg.
For environmental perception, Agile ONE SN integrates several sensors: RGB-D cameras in the head and wrists, a 3D LiDAR, and an inertial measurement unit (IMU) for monitoring posture and movement. Onboard data processing is handled by the NVIDIA Jetson Thor processor, which offers a peak computational power of 2,070 TFLOPS in FP4 precision and 128 GB of unified memory, according to XenoSpectrum’s reconstruction. It is important to emphasize that the peak FP4 measurement, a low-precision format, does not directly reflect the robot’s manipulation performance or operational autonomy.
Software and Simulation: NVIDIA Isaac GR00T
Agile ONE SN is delivered with preconfigured software, NVIDIA Isaac GR00T 1.7, a set of base models and development tools dedicated to integrated control and management of the robot’s capabilities. The platform supports modeling standards such as URDF and USD and integrates with simulators like NVIDIA Isaac Sim™, providing a workflow that covers demonstration capture, simulation, training, and final validation on the real robot.
The environment is presented as modular, allowing laboratories to use the entire chain or only specific parts depending on requirements, while maintaining control over the processed data. NVIDIA is also exploring integration with the NVIDIA Halos safety platform, which at present is not an implemented or certified feature but a project under development.
Target Users and Usage Modes
The robot is mainly aimed at research institutes, universities, and advanced centers with expertise in humanoid robotics and artificial intelligence. The announcement appeals to academic interlocutors; however, an institutional reference does not demonstrate an order, test, or operational installation.
Agile ONE SN is not designed for domestic or consumer use but as a reference platform to facilitate experimentation, research on motion planning, manipulation, and integrated “whole-body” control. Its use requires an organized environment and personnel with specific skills for calibration, customization, and verification of practical functionalities.
Technical Limits and Considerations
While contributing to reducing integration time compared to solutions developed from scratch, Agile ONE SN is not a plug-and-play system with immediate autonomy. The effective transition from simulation to control on real hardware remains a complex challenge requiring prolonged field testing and optimizations.
The examined sources do not establish a price, definitive purchasing conditions, or independent benchmark results. Availability for early 2027 remains a manufacturer’s forecast. The reported computational power must be framed within a broader context including software, sensors, and algorithms to understand actual application performance.
The integration of standards and safety features via NVIDIA Halos is an ongoing project and not a certified or operational feature at present. Therefore, each laboratory must carefully verify compliance and usage modalities according to the intended application scenarios.
Summary Table of Main Specifications
| Feature | Details |
|---|---|
| Height | Approximately 1.4 meters |
| Weight | 43 kg declared by Agile; 40 kg reported by XenoSpectrum |
| Degrees of Freedom | 71 total (31 body, 20 per hand x2) |
| Maximum Arm Payload | Up to 3 kg |
| Onboard Computing | NVIDIA Jetson Thor, 2,070 TFLOPS FP4, 128 GB unified memory |
| Sensors | RGB-D, 3D LiDAR, IMU, cameras on head and wrists |
Before Considering Purchase
Agile ONE SN represents an integrated platform intended for advanced humanoid robotics research, combining sophisticated hardware and connected software to support the development and experimentation of complex capabilities. It is suitable for research centers with high expertise and adequate infrastructure, with commercial conditions yet to be clarified and without evidence of plug-and-play domestic autonomy.
The lack of definitive details on prices and purchasing conditions, along with the developmental status of safety functions, require careful and thorough analysis for anyone considering acquiring this platform.
For comparisons with other solutions and further details, see the ROBOLERO robot catalog and related guides.
FAQ
1. Can Agile ONE SN be used as a domestic robot? The presentation concerns a research platform; it does not demonstrate a ready-to-use domestic assistant.
2. When will it be available for purchase? Availability is expected in the first months of 2027, without precise dates or consumer order confirmations.
3. What is the main advantage compared to a robot built from scratch? It offers an integrated hardware-software platform that simplifies and accelerates the development and validation phase, with potential integration savings to be evaluated per project.
Sources:
Sources
- News agile-robots.com
- Translated from the Japanese original xenospectrum.com
Comparison based on the cited sources. Specifications, prices and availability may change: check the exact version and final cost before buying.