The Agibot A2 Ultra is a full-size humanoid service robot built for real-world commercial environments such as receptions, exhibitions, retail spaces, and corporate lobbies. It combines advanced mobility, AI-driven perception, and natural voice interaction to navigate indoor spaces, engage with people, and deliver guided assistance. Designed for scalable deployment, it blends human-like form with intelligent autonomy to enhance customer experience and smart building operations.
The A2 Ultra is Agibot’s flagship full-size humanoid robot designed for real commercial environments rather than lab showcases. Standing at approximately 169 cm and weighing around 69 kg, it mirrors human proportions so it can function in spaces built for people—lobbies, exhibition halls, retail floors, and corporate environments—without requiring infrastructure changes. Its industrial design balances approachability with engineering precision, which explains why it has earned international recognition for design and usability.
Mechanically, the A2 Ultra is built with roughly 40 degrees of freedom across its body, including multi-jointed arms and dexterous hands that allow for expressive gestures and controlled object interaction. Degrees of freedom simply refer to the number of independent movements a robot can make—more freedom means more natural motion but also more complexity in control. Maintaining balance while walking, turning, and interacting is computationally demanding; this is where Agibot integrates advanced motion planning and real-time feedback systems to stabilize posture and gait.
The sensing system is equally sophisticated. A combination of 3D LiDAR, depth cameras, RGB cameras, and wide-angle vision modules enables spatial awareness, obstacle avoidance, and human detection. The robot’s perception stack allows it to navigate dynamic indoor environments while recognizing faces and responding contextually. It also includes microphones and speakers for voice interaction, along with a facial display that supports expressive communication and branding customization.
Software is where the A2 Ultra becomes more than hardware. It supports autonomous navigation, AI-driven interaction, cloud connectivity, and over-the-air updates for continuous improvement. Hot-swappable batteries and fast charging allow extended operational cycles, making it suitable for high-traffic environments such as exhibitions, receptions, guided tours, and brand activations. The system is designed for scalable deployment, signaling Agibot’s intention to move humanoid robotics from experimental novelty to structured commercial adoption.
The larger strategic play is clear: build a humanoid that can operate in human ecosystems without reengineering the world around it. Whether this approach becomes economically dominant will depend on reliability, cost reduction, and real productivity gains—but the A2 Ultra represents a serious step toward industrializing humanoid robotics rather than merely demonstrating it.
General
• Model: A2 Ultra
• Robot type: Full-size humanoid
• Height: ~169 cm
• Width: ~75 cm
• Depth: ~30 cm
• Weight: ~69 kg
• Form factor: Human-proportioned service robot
Mobility & Actuation
• Total Degrees of Freedom (DoF): 40
• Neck/head DoF: 2
• Arm DoF (each): 7
• Hand DoF (each): 6-DoF dexterous hand
• Leg DoF (each): 6
• Walking: Bipedal locomotion
• Max Walking Speed: ~0.8 m/s (~2.88 km/h)
Sensors & Perception
• 3D LiDAR: Yes
• RGB-D camera: Yes
• RGB cameras: Yes
• Fisheye cameras: Yes
• Microphones: Array for voice input
• Speakers: Yes
• Facial/interaction screen: Yes
Performance
• Battery capacity: 14.4 Ah (hot-swappable)
• Battery life: ~3 h standing; ~1.5 h walking (configurable)
• Charging: Fast recharge (~2 h typical)
• Peak knee torque: ~270 N·m
• Single hand load: ~2–3 kg
• AI compute (reported): ~275 TOPS GPU (NVIDIA Orin family in some configurations)
Connectivity & Interaction
• Communication: Wi-Fi, optional 4G/5G
• Interaction modes: Touch, voice, visual expression display
• Autonomy: Onboard navigation, obstacle avoidance, human recognition
• OTA updates: Supported
Use Cases & Certifications
• Designed for reception, guidance, public engagement, exhibitions
• Multi-region safety certifications (China, U.S., EU)
• Proven endurance in long-duration autonomous tests like 24-hour outdoor walking and Guinness-record distance runs by A2 series robots
This sheet aggregates the best publicly available spec data; final deployed configurations may vary by region, optional modules, and updates. If you want a version formatted for a brochure or comparison chart with other humanoids, I can generate that too.
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Reliable Robotics LLC is Middle East’s leading Robotics & AI company founded in 2018 headquartered in Dubai, UAE. We are at the forefront of developing technologies in the areas of Robotics & AI.
