I-Series
$ 78 000
Simplexity Robotics
The I-Series by Simplexity Robotics is a humanoid robot platform designed to combine perception, reasoning, and physical interaction in real-world environments.
Skill Score
3
Specifications and details:
| Availability | Prototype |
|---|---|
| Nationality | China |
| Website | http://N/A |
| Degrees of freedom, overall | 20 |
| Degrees of freedom, hands | 10 |
| Height [cm] | 175 |
| Max speed (km/h) | 3 |
| Strength [kg] | 5 |
| Weight [kg] | 60 |
| Runtime pr charge (hours) | 2 |
| Safe with humans | Yes |
| CPU/GPU | AI compute platform (likely GPU + edge AI accelerators) |
| Ingress protection | N/A |
| Camera resolution | N/A |
| Connectivity | Ethernet, Wi-Fi |
| Operating system | N/A |
| LLM integration | Yes |
| Latency glass to action | N/A |
| Motor tech | Electric actuators with torque control |
| Gear tech | Harmonic / reduction gears |
| Main structural material | Aluminum + composite materials |
| Number of fingers | 5 |
| Main market | AI research, Industrial automation, logistics, retail |
| Verified | Not verified |
| Color | White |
| Manufacturer | Simplexity Robotics |
Description
The I-Series humanoid robot represents Simplexity Robotics’s vision of embodied intelligence in real-world environments. It focuses on combining perception, reasoning, and action into one unified system. Instead of targeting a single task, it aims to operate across many scenarios. As a result, the platform feels closer to a general-purpose robot than a specialized machine.
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Moreover, the I-Series emphasizes understanding both environments and human intent. It processes visual, spatial, and contextual signals to navigate complex spaces. In addition, it connects these inputs with higher-level decision making. Therefore, it can adapt its behavior rather than follow rigid instructions.
In terms of movement, the robot prioritizes stability and coordination over speed. It maintains balance during walking and adjusts posture dynamically. Furthermore, it supports full-body interaction, which allows it to engage with objects and surroundings in a controlled way. This approach makes it suitable for structured environments like logistics or retail.
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Finally, the I-Series serves as a development platform for future humanoid applications. It showcases how foundation models can control physical systems in real time. While it remains in an early stage, it already demonstrates the direction of scalable humanoid robotics. Consequently, it highlights the shift toward adaptable, learning-based machines.
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