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Yuanzheng A2
yuanzheng-a2
Yuanzheng A2
yuanzheng-a2
The Yuanzheng A2 is an advanced humanoid robot featuring over 40 active degrees of freedom, multimodal AI, 360° LiDAR, and high‑precision 3D navigation. Designed for industry, events, customer service, and research, it delivers powerful autonomous mobility and human‑like interaction capabilities.
The Yuanzheng A2 is an advanced humanoid robot engineered for high‑performance interaction, autonomous mobility, and real‑world deployment in industrial, commercial, and research environments. Equipped with more than 40 active degrees of freedom, the A2 delivers highly expressive, natural, and precise full‑body motion, enabling human‑like communication, fine manipulation, and complex coordinated tasks.
Powered by a multimodal AI framework, the Yuanzheng A2 integrates speech understanding, visual perception, gesture recognition, and behavioral decision‑making for seamless interaction with people and dynamic environments. Its state‑of‑the‑art sensor suite includes 360° LiDAR, depth sensing, and a high‑precision 3D navigation system, allowing the robot to autonomously map, localize, and navigate crowded or changing indoor spaces with exceptional stability and accuracy.
Designed for professional use, the A2 supports applications across industry, events, customer service, and advanced R&D. Whether guiding visitors, performing demonstration tasks, assisting in training scenarios, or serving as a research platform for AI and robotics, the Yuanzheng A2 offers reliable performance, modular extensibility, and a powerful foundation for next‑generation human‑robot collaboration.
manufacturer
AgiBot (Zhiyuan Robotics)
WARRANTY YEARS
2
battery_life_h
2
imu
Integrated 6-axis IMU combining gyroscope and accelerometer for basic balance and motion detection.
storage_gb
feature_bullets
Developer SDK for motion control, perception modules, and high‑level behaviors
API access for sensors, joint control, locomotion, and real‑time telemetry
Supports Python and C++ development for advanced AI and robotics tasks
ROS / ROS2 integration for research environments and robotic frameworks
Cloud‑linked control interface for remote monitoring and updates
Mobile app for basic interaction, configuration, and system diagnostics
Access to 360° LiDAR, depth cameras, and full joint data streams
Modular architecture for custom algorithms, extensions, and AI models
manufacturer country
China
height_cm
170
charging_time_h
2
microphones
Basic integrated microphone for simple voice triggers and interactive responses.
programming
Developer SDK for motion control, perception modules, and high‑level behaviors
API access for sensors, joint control, locomotion, and real‑time telemetry
Supports Python and C++ development for advanced AI and robotics tasks
ROS / ROS2 integration for research environments and robotic frameworks
Cloud‑linked control interface for remote monitoring and updates
Mobile app for basic interaction, configuration, and system diagnostics
Access to 360° LiDAR, depth cameras, and full joint data streams
Modular architecture for custom algorithms, extensions, and AI models
use_cases
Developer SDK for motion control, perception modules, and high‑level behaviors
API access for sensors, joint control, locomotion, and real‑time telemetry
Supports Python and C++ development for advanced AI and robotics tasks
ROS / ROS2 integration for research environments and robotic frameworks
Cloud‑linked control interface for remote monitoring and updates
Mobile app for basic interaction, configuration, and system diagnostics
Access to 360° LiDAR, depth cameras, and full joint data streams
Modular architecture for custom algorithms, extensions, and AI models
robot type
Humanoid Robot
WIDTH_cm
58
num_joints_total
0
speakers
Integrated mono speaker for basic audio feedback, simple tones, and interactive responses.
os
Proprietary humanoid control OS optimized for full‑body coordination
Real‑time operating framework based on embedded Linux
Integrated AI modules for perception, motion planning, and interaction
Supports cloud‑based updates, remote diagnostics, and data synchronization
High‑performance motor‑control pipeline for smooth humanoid movement
Modular architecture for integrating custom algorithms and extensions
Category
Industrial / Service Humanoid
depth_cm
40
num_joints_arms
4
cpu
Embedded ARM-based processor optimized for basic motion control and interactive routines.
certifications
CE compliance for electronic safety, EMC, and machinery standards
FCC compliance for radio frequency and wireless communication safety
RoHS certification for environmentally safe materials
Battery safety certification according to IEC standards
Factory QA inspection and multi‑stage reliability testing
Compliance with indoor‑use industrial and commercial safety guidelines
price in euro
29.900 €
weight_kg
62
num_joints_legs
0
gpu
No dedicated GPU; uses integrated processing for basic motion and interaction tasks.
safety_features
360° LiDAR and depth‑camera awareness for real‑time obstacle detection
Automatic emergency‑stop system with multi‑level safety triggers
Collision‑avoidance algorithms for safe operation around people
Torque‑controlled joints to prevent excessive force during interaction
Fall‑prevention and balance‑stabilization system for humanoid movement
System diagnostics with continuous monitoring of motors, sensors, and battery
Overheat, overcurrent, and voltage‑protection safeguards
Safe‑mode behavior for controlled shutdown and recovery
Encrypted communication channels for secure remote access
Compliance with CE, FCC, RoHS, and battery safety standards
price in usd
32300
max_speed_kmh
7
camera_system
Basic front-facing camera for simple visual detection, gesture recognition, and interactive demonstration tasks.
ram_gb
1
datasheet_pdf
Compact humanoid educational robot designed for demonstrations, basic interaction, and classroom learning. Lightweight, portable, and suitable for research and STEM environments.
DELIVERY TIME
25 days
payload_kg
15
lidar
No LiDAR system; relies on basic visual and motion sensing for interaction.
ai_capabilities
Multimodal AI combining vision, speech, gesture recognition, and behavioral decision‑making
Human‑like interaction through expressive full‑body motion and coordinated gestures
360° LiDAR and depth‑enhanced perception for real‑time environment understanding
High‑precision 3D navigation with autonomous mapping, localization, and obstacle avoidance
Advanced object recognition and scene analysis for complex tasks
Adaptive AI behavior for dynamic, human‑centered environments
Natural language understanding for interactive customer service and demonstrations
Reinforcement‑learning‑optimized motion control for stable, fluid humanoid movement
review_rating
0