HUMANOID ROBOTS · AGIBOT

AgiBot A3

Full-size humanoid robot for stage performances and interactive applications.

AgiBot A3 is a full-size humanoid robot focused on stage and interaction, positioned as a "Brilliant Master." It is designed for live performances and research applications, with performance, motion, and multi-interaction sensors.

Weight: 55 kg · Magnesium, titanium, TPU
Peak Power: 12 kW · 0,218 kW/kg
Operation: 10 hours · 1152 Wh dual batteries

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AgiBot A3
what is it evaluated for?

AgiBot A3 is a full-size humanoid robot focused on stage and interaction, developed by AGIBOT Innovation (Shanghai). Standing 173 cm tall and featuring 31 active degrees of freedom, it is designed to perform choreographed movements, dances, and interactive scenarios.

Commercial performances (dance, performance, brand presentations)Interactive entertainment (theme parks, livestream characters)Art installations and kinetic exhibitionsAI and robotics research and education prototypes

PRODUCT-SPECIFIC

Key features.

Features compiled from source product information; evaluate according to the model and configuration.

Stage-Focused Design

A3 is optimized for stage performances, developed with a balance of movement and aesthetics to emphasize choreography, posture, and gestures.

Power and Mobility

Advanced actuators and power management provide a wide range of motion and high torque capacity, delivering dynamic performance suited to fast walking and running scenarios.

Dual Batteries and Hot Swap

Two battery packs are designed to support long operating times; the hot-swappable battery architecture minimizes operational downtime and facilitates continuous-use scenarios.

Synchronized Swarm Control

Standard UWB-based positioning enables multiple units to move simultaneously and synchronously; it facilitates coordinated performances and installations involving multiple robots.

Lightweight and Durable Materials

Magnesium and titanium alloys, along with TPU components, balance structural durability and aesthetics; practicality in stage transport and setup is a design goal.

Easy Setup and Transport

Its foldable body and ability to get in and out of its own case allow one person to transport and set it up; it simplifies backstage logistics.

Development and Customization Tools

The LinkCraft motion tool and LinkSoul character design tool provide the primary development pathways for performance, as well as character and content-specific adaptations.

SOURCED PRODUCT DATA

Technical features.

Values are taken from the source product page. Confirm the package, software, and accessory contents against the manufacturer's current documentation before ordering.

AgiBot A3 technical data
Feature	Value
Dimensions (standing)	173 × 52 × 30 cm (Height × Width × Depth)
Weight	55 kg
Arm payload	5 kg (single arm)
Maximum speed	1,8 m/s everyday walking / 2,5 m/s laboratory / 5 m/s running
Joint torque	Peak knee joint torque 320 Nm
Positioning accuracy	UWB standard, single-robot accuracy <±10 cm
Navigation	UWB-based centimeter-level fused positioning (standard)
Battery capacity	1152 Wh
Battery	Dual battery pack, full-tab cells; redundant power supply, hot swap in 10 seconds
Operating time	Up to 10 hours (6 hours of standing work + more than 4 hours of continuous walking)
Charging time	2 hours (full charge)
Operating power	12 kW peak power, 150 A peak current, 0,218 kW/kg power-to-weight ratio
Operating voltage	Charging input 110-220 V; charging time 2 hours or less
Modes of movement	Full-size bipedal humanoid; 31 active degrees of freedom (excluding hands)
Degrees of freedom	31 active degrees of freedom (excluding hands): 2 in the neck, 7 per arm, 3 in the waist, 6 per leg
Arm degrees of freedom	7 DoF
Leg degrees of freedom	6 DoF
Waist degrees of freedom	3 DoF
End effector	Silicone hand and silicone fist
Torque density	Knee peak torque 320 Nm; 12 kW peak power and 0,218 kW/kg power-to-weight ratio
Material	Magnesium alloy and titanium alloy frame, flexible TPU outer layer; 55 kg body
Total degrees of freedom	31 active degrees of freedom (excluding hands)
Joint configuration	Neck 2, 7 per arm, waist 3, 6 per leg
Knee torque	Peak knee joint torque 320 Nm
Body material	Magnesium alloy, titanium alloy, and flexible TPU material; 55 kg body
Packaging	Autonomous entry into and exit from a case; foldable packaging; set up by one person, transported by SUV
Service life and testing	92 automotive-grade tests before delivery; design life of up to 3 years (AgiBot A2 legacy)
Sensors	RGB binocular camera, GPS, UWB positioning (single-unit accuracy below ±10 cm), shoulder touch sensors
Interfaces	Fully open interfaces; suitable for secondary development
Connectivity	Dual-module 5G, eSIM + SIM (dual SIM)
Wireless	Dual-module 5G, eSIM + SIM card (dual SIM); domestic LGA module, international M.2 module
Touch sensing	Shoulder touch sensors (standard)
Interaction	Shoulder touch sensing (a first in the industry), voice and multimodal interaction, 360-degree microphone array, speaker
Processor	2 × Rockchip RK3588 core computing boards
Software features	Motion creation and content ecosystem (upload/download) with LinkCraft, character design with LinkSoul, synchronized swarm control of more than 100 units via UWB, fully open interfaces

SEE THE PRODUCT IN ACTION

AgiBot A3 introduction.

The introduction video linked from the source product page opens when you press the play button.

PRODUCT INFORMATION SOURCES

Sources and documentation.

This catalog is intended to help explore product information. No commitments are made on behalf of Robotik Çözümler regarding stock, authorized dealers, pricing, warranty, or after-sales service terms.

FREQUENTLY ASKED QUESTIONS

Frequently asked questions.

What are the key physical dimensions and degrees of freedom of the AgiBot A3?

A3 is a full-size humanoid platform approximately 173 cm tall, with 31 active degrees of freedom enabling multi-joint movement; its joints are distributed across the neck, waist, arms, and legs.

How are the A3's battery and operating times managed?

The platform is designed with a dual-battery pack; this architecture provides extended operating time and supports hot swapping, enabling rapid battery replacement during operation.

How is synchronization achieved in multi-robot demonstrations?

Standard UWB positioning and synchronized swarm control enable multiple units to operate in coordination, supporting multi-robot scenarios right out of the box.

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