Humanoid robotics has moved beyond the development phase and is increasingly finding its way into real-world applications. With its A2 and X2 platforms, Agibot provides high-performance systems for services, industry and interaction. The focus is on clearly defined technical specifications, modular architecture, and autonomous functions.
A2 Series: Precision, Power and Complex Motion Sequences
The A2 Series is a prime example of full-scale humanoid robotics with high mobility. The A2 Ultra is approximately 1.69 metres tall, weighs around 69 kilograms, and has over 40 degrees of freedom. These enable fluid, coordinated motion sequences and precise interaction with the environment.
Its hands are particularly capable, offering up to 19 degrees of freedom. This enables even the most demanding manipulation tasks to be performed. The sensor suite combines LiDAR, RGB-D cameras, multiple RGB cameras and microphone arrays. This equipment forms the basis for spatial perception, object recognition and multimodal interaction.
With computing power of up to 200 TOPS, the platform can process large amounts of data in real time. Typical applications range from reception and service processes to logistical assistance tasks.
X2 Series: Compact Design Meets Agile Interaction
While the A2 Series prioritises maximum performance, the X2 Series focuses on compact dimensions and high flexibility. With a height of around 1.31 metres and a weight of approximately 35 kilograms, the X2 can be integrated into existing environments much more easily.
Its kinematics feature 25 degrees of freedom, providing a balanced combination of stability and mobility. The arms, legs and torso work together in coordination to enable dynamic movement sequences.
With a walking speed of up to 1.8 m/s and a joint torque of up to 120 Nm, the X2 demonstrates exceptional agility in practical use. A 500 Wh battery provides power with a runtime of around two hours.
Focus on Interaction:
The X2 has been specifically designed for human-robot interaction. An RGB camera and built-in touch sensors enable it to respond directly to visual and haptic inputs. These are complemented by voice interaction and autonomous functions, including navigation, obstacle avoidance and returning to the charging station.
X2 Ultra: enhanced perception for complex scenarios
The Ultra variant specifically expands the platform’s capabilities. With up to 30 degrees of freedom and additional sensors, including 3D LiDAR, stereo RGB cameras and RGB-D sensors, environmental perception is significantly improved.
An NVIDIA Orin NX module handles computationally intensive AI processes. Autonomous charging capabilities enable longer operating times with minimal intervention.
These features allow the X2 Ultra to handle more demanding applications, such as visitor guidance, research or interactive presentations.
Conclusion:
The evolution of the Agibot from a technological prototype to an operational platform clearly demonstrates the shift towards specialised humanoid systems. The A2 series impresses with its power, precision, and ability to perform complex manipulations. Meanwhile, the X2 series is notable for its compact design, agility, and direct interaction capabilities.
It is clear that humanoid robotics is no longer just a topic for the future. It is increasingly establishing itself as a practical technology with concrete applications.
Images & Video: Agibot
