Summary:

 

Agibot A2 is a full-sized humanoid robot developed by Agibot, a Shanghai-based robotics company. Standing 1.69–1.75 meters tall and weighing 55–69 kg, it features 40–49+ degrees of freedom, AI-powered perception, and a modular design for adaptability across industries. With a runtime of 2 hours and support for battery swapping, the A2 is optimized for customer service, education, and light industrial tasks.

 

Editorial:

 

Agibot A2 blends human-centric design with technical agility. Its proportions and motion are modeled on ergonomic principles, enabling natural human-robot interaction in public-facing roles. The robot’s AI stack integrates navigation, gesture recognition, and speech interaction, allowing it to guide visitors, answer questions, and perform scripted routines in retail, exhibitions, and front-desk environments.

 

With a turning radius of 60 cm, 7 km/h walking speed, and LiDAR + RGB-D vision, A2 navigates dynamic spaces with ease. Its modular joints and sensor suite support fine manipulation and spatial awareness, while its 200 TOPS AI processor enables real-time decision-making. The robot’s hybrid use cases span education, factory assistance, and interactive marketing.

 

Agibot positions the A2 as a versatile, human-compatible platform—bridging the gap between expressive service robots and task-capable industrial bots.

 

Specifications:

 

| Feature | Details |

|--------------------------|-------------------------------------------------------------------------|

| Manufacturer | Agibot (Shanghai, China) |

| Height / Weight | 169–175 cm / 55–69 kg |

| Degrees of Freedom | 40–49+ |

| Walking Speed | Up to 7 km/h |

| Runtime | 2 hours (supports battery swapping) |

| Turning Radius | 60 cm |

| AI Computing | 200 TOPS onboard processor |

| Sensors | LiDAR, RGB-D cameras, microphone array |

| Software | Closed-source AI stack with navigation, HRI, and task planning |

| Use Cases | Customer service, education, exhibitions, industrial assistance |

| Notable Features | Ergonomic design, modular joints, real-time AI, expressive interaction |

| Launch Year | 2024 |

| Price Estimate | $100,000–$190,000 USD        

 

Image: @XRoboHub