Question 1

1. What are AgiBot A2 Ultra's primary capabilities?

Accepted Answer

The AgiBot A2 Ultra excels at precision manipulation, autonomous navigation, and human-robot collaboration. It can perform delicate tasks like threading needles, handle material sorting and inspection, execute pick-and-place operations with dexterous hands, and navigate complex industrial environments autonomously. Its 49+ degrees of freedom enable both agile movements and fine motor control across diverse applications.

Question 2

2. How to operate AgiBot A2 Ultra?

Accepted Answer

The A2 Ultra features intuitive multi-modal interaction through voice commands, text input, and visual recognition. Users can control the robot via screen-based interfaces or voice interaction with 96% accuracy in noisy environments. For advanced operations, cloud connectivity enables remote monitoring and task programming, while the robot's WorkGPT AI system understands context and adapts to user instructions seamlessly.

Question 3

3. What is the maximum carrying capacity of AgiBot A2 Ultra?

Accepted Answer

The AgiBot A2 Ultra has a maximum carrying capacity of 15 kg per arm, making it suitable for handling moderate-weight objects in industrial and service applications. This capacity is optimized for precision tasks requiring dexterous manipulation rather than heavy lifting, balancing payload capability with agility and safety in human-collaborative environments.

Question 4

4. How long can AgiBot A2 Ultra operate on a single charge?

Accepted Answer

The A2 Ultra operates for approximately 2 hours on a single charge with its 700 Wh battery pack. The robot supports hot-swappable battery technology, allowing continuous operation by quickly replacing depleted batteries without shutting down. This feature is particularly valuable for 24/7 industrial deployments requiring minimal downtime.

Question 5

5. What safety features does AgiBot A2 Ultra have?

Accepted Answer

The A2 Ultra incorporates comprehensive safety systems including 360° LiDAR for environmental awareness, PLd-level protection certification, proximity sensors for human detection, and emergency stop functions. Its real-time force/torque sensors enable safe human-robot collaboration by detecting unexpected contact, while responsive control systems ensure immediate reaction to safety events in dynamic environments.

Question 6

6. How to maintain AgiBot A2 Ultra?

Accepted Answer

Regular maintenance includes checking joint lubrication, inspecting sensor cleanliness (especially LiDAR and RGB-D cameras), and verifying battery health. Software updates should be applied regularly through cloud connectivity to ensure optimal performance. The robot's modular design allows easy component replacement, and a 2-year warranty covers manufacturing defects and provides technical support for maintenance procedures.

Question 7

7. What surfaces can AgiBot A2 Ultra navigate?

Accepted Answer

The A2 Ultra navigates diverse industrial and warehouse environments including concrete floors, tiled surfaces, and slightly uneven terrain. Its advanced sensor suite and AI algorithms enable autonomous obstacle avoidance and path planning. The robot adapts to changing floor conditions and can operate in temperatures between 0-45°C, though smooth, well-lit environments optimize performance and battery efficiency.

Question 8

8. How does AgiBot A2 Ultra handle obstacles?

Accepted Answer

The A2 Ultra uses 360° LiDAR combined with RGB-D cameras and AI algorithms to detect and avoid obstacles in real-time. Its autonomous navigation system maps surroundings continuously, plans alternative routes dynamically, and maintains safe distances from people and objects. The robot can navigate tight spaces and complex layouts while maintaining operational safety through constant environmental monitoring.

Question 9

9. What is AgiBot A2 Ultra's maximum speed?

Accepted Answer

The AgiBot A2 Ultra achieves a maximum walking speed of 7 km/h, enabling efficient movement through industrial and service environments. This speed balances rapid task completion with safety considerations for human-robot collaboration. The robot can adjust its velocity based on environmental conditions, task requirements, and proximity to human workers.

Question 10

10. What are common use cases for AgiBot A2 Ultra?

Accepted Answer

Primary applications include industrial automation (material handling, sorting, inspection), customer service and hospitality, manufacturing support, warehouse logistics, and research environments. The robot excels in repetitive, labor-intensive tasks while reducing physical strain on employees. Its versatility and adaptability make it suitable for any setting requiring precise manipulation, autonomous navigation, and safe human collaboration.

AgiBot A2 Ultra

Robot Specifications

Carrying Capacity

Weight

Charging Time

Battery Pack

Runtime

Battery Life

Dimensions

Speed

Available Colours

Connectivity

User Interface

Compatible Devices

App Integration

Warranty Info

Available Countries

Cloud Integration

Sensors

Image Gallery

Review Videos

More Robots from AgiBot

RAISE A1

AgiBot X1

Agibot A2 Lite

AgiBot X2-N

AgiBot X2

AgiBot G2

AgiBot A2

RAISE A1

AgiBot X1

Agibot A2 Lite

AgiBot X2-N

AgiBot X2

AgiBot G2

AgiBot A2

RAISE A1

AgiBot X1

Agibot A2 Lite

AgiBot X2-N

AgiBot X2

AgiBot G2

AgiBot A2

RAISE A1

AgiBot X1

Agibot A2 Lite

AgiBot X2-N

AgiBot X2

AgiBot G2

AgiBot A2

RAISE A1

AgiBot X1

Agibot A2 Lite

AgiBot X2-N

AgiBot X2

AgiBot G2

AgiBot A2

Latest News about AgiBot A2 Ultra

AgiBot Unveils A2 Ultra Humanoid Redefining Service Robotics

More Humanoid Robots

Martian

Astribot S1

Dex

Annie

NAVAI Navigator 2

Daimon One

DR01

GR-2

Martian

Astribot S1

Dex

Annie

NAVAI Navigator 2

Daimon One

DR01

GR-2

Martian

Astribot S1

Dex

Annie