New hardware includes a humanoid unit, an agile mobile manipulator, and a quadruped robot for industrial and commercial environments.
AGIBOT announced a set of new robotic platforms and AI models at its 2026 Partner Conference, based on its “One Robotic Body, Three Intelligences” architecture. The updates are intended to support deployment of robotics systems in industrial, commercial and service environments.
Robotic platforms
AGIBOT introduced several robotic systems designed for different use cases:
- AGIBOT A3
A humanoid platform measuring 173 cm and weighing 55 kg, built with lightweight materials. It includes features such as multi-microphone arrays, tactile sensing and positioning systems for coordinated operation across multiple units. - AGIBOT G2 Air
A mobile manipulator with 7 degrees of freedom, a 3 kg payload and a reach of up to 800 mm. The system is designed for human-assisted tasks in environments such as retail, logistics and structured industrial workflows. It also supports data collection during task execution. - OmniHand 3 Ultra-T and related systems
A dexterous robotic hand with more than 20 degrees of freedom, tactile sensing and integrated vision. Additional variants include a gripper for industrial use and a version designed for more demanding environments. - D2 Max quadruped robot
A four-legged robotic platform designed for mobility across varied terrain, with applications in inspection, security, logistics and field operations. - MEgo data collection system
A system for collecting multimodal data, including vision, motion and tactile inputs, without requiring a full robotic platform. It supports data generation for training AI models.
AI models for robotics
AGIBOT introduced a set of AI models organized into three categories:
- Locomotion models
Designed to support movement and navigation based on inputs such as demonstrations or sensor data. - Manipulation models
Focused on task execution, including datasets, planning models and simulation tools for training and evaluation. - Interaction models
Intended to support communication between robots and users through combined visual, audio and language inputs.
These models are designed to work with simulation and real-world data to support system training and operation.
Software and ecosystem
AGIBOT also presented its AIMA platform, which includes software tools for development and deployment. Components include an operating system for robotics, platforms for interaction and behavior development, and tools for data collection, simulation and system integration.
Deployment focus
The company highlighted applications such as industrial handling, logistics, retail services and inspection. The systems are designed to integrate with existing workflows and support ongoing data collection and model updates.
For more information, visit agibot.com.
