Expedition A3
AgiBot Expedition A3 is a high-agility bipedal humanoid robot unveiled February 2026, known for martial-arts-level dynamic movements including aerial flying kicks, cyclone kicks, and backflips performed without CGI. Standing 173 cm with a 0.218 kW/kg power-to-weight ratio, 10-hour endurance, and 10-second battery swap, it features a flexible waist for human-like rotation. Priced at $45,000, targeting retail assistance, brand promotions, and live entertainment.
Primary use case: Entertainment, live performances, retail assistance, brand promotions, and demonstration of high-agility physical AI capabilities
Height
175 cm
Weight
55 kg
DOF
49
Battery
10 hrs
Price
$NaN
Specifications
Physical
Height
175 cm
Weight
55 kg
Degrees of Freedom
49
Locomotion
bipedal
Max Speed
7 km/h
Manipulation
Max Lift/Arm
35 kg
Power & Autonomy
Battery Life
10 hrs
Charging Time
2 hrs
AI & Compute
AI Capabilities
Multimodal Interaction, Autonomous Navigation, Intelligent Obstacle Avoidance, Swarm Control Planning, Facial Recognition, Personalized Customization, Human-like Interaction
Commercial
Price
$NaN
Availability
commercial
Primary Use Case
Entertainment, live performances, retail assistance, brand promotions, and demonstration of high-agility physical AI capabilities
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AGIBOT GO-3 Preview Links Robot Pre-Training, Practice and Learning on the Job
AGIBOT presented GO-3 Preview, a WRAM-based embodied foundation model that combines task reasoning, future-state prediction and action generation with Genie Evolver practice and Genie Master deployment-time learning. AGIBOT claims first-place rankings on RoboDojo, RoboTwin and RoboColiseum and plans to fully open-source the model by the end of 2026, but it has not published sufficient benchmark or evaluation details for independent verification.
How AGIBOT’s Physical Reasoning Dataset Connects Planning With Robot Actions
AGIBOT WORLD Release 4, the “Physical Reasoning” dataset, links high-level instructions and task structure to robot action trajectories, detailed manipulation descriptions and spatial annotations. Its successful, erroneous and adversarial examples span Easy, Medium and Hard levels and nine reasoning abilities, including counting, precondition reasoning, memory, long-horizon planning and subtask ordering. AGIBOT says it has used the data to train its next-generation foundation model, but no quantitative evaluation isolating the dataset’s impact has been published.
AGIBOT Introduces Worken, New AI Models and G2 Max at Innovation Day 2026
At AGIBOT's Innovation Day 2026 in Shanghai, the company introduced Worken, a proposed metric for productive robot work, alongside the AHA3 hardware architecture, GO-3 Preview and WITA-Omni 1.0 AI models, the G2 Max industrial robot, and Link-U OS 1.0. Worken combines active robots, autonomous working hours and task-specific output efficiency, while G2 Max has 21 degrees of freedom, dual-arm handling capacity of up to 40 kg, and an adjustable working-height range of 0.1–2.5 meters. AGIBOT plans to fully open-source Link-U OS by the end of 2026, while the benchmark rankings cited in the article are company-reported and were not independently verified.