Expedition A2 Humanoid Robot with AI for Advanced Automation

• ✔ Autonomous mobility and reliable walking in diverse environments
• ✔ Two-arm collaborative work for complex tasks with precision
• ✔ Highly dexterous arms with 19 degrees of freedom and a load capacity of over 5 kg
• ✔ Intelligent multi-mode interaction with an intuitive user experience
• ✔ Dynamic task scheduling and flexible execution of operations
• ✔ Advanced MEMS haptic and visual sensors for sensitive handling
• ✔ Anthropomorphic design for natural integration into the work environment

Introducing Expedition A2, a cutting-edge humanoid robot with artificial intelligence that pushes the boundaries of automation and interaction. At 1.7 meters tall and equipped with advanced features, it is designed for dynamic tasks and collaborative work in diverse environments. This robot is the ideal partner for innovative projects and demanding applications where flexibility and intelligence are key.

🤖 Key features of Expedition A2

• Ability to dynamically plan tasks and perform complex work.
• Possibility of two-arm collaborative work in various scenarios.
• Anthropomorphic configuration and design for intuitive interaction.
• Multi-mode interaction with intelligent user experience.
• Smooth explanation and stable motion functions in interactive service scenarios.
• Supporting convenient operation and minimal maintenance.
• Autonomous mobility and reliable walking with the support of multiple supports.
• Dexterous hands with 19 degrees of freedom and 12 active degrees for precise manipulation.
• Maximum single-hand load over 5 kg for lifting heavy objects.
• Fusion of MEMS haptic and visual sensors for improved interaction with objects.

✨ Explore every detail

The Expedition A2 robot represents the technological pinnacle of humanoid robotics. Standing 1.7 meters tall and weighing 70 kilograms, equipped with a 700Wh battery with a battery life of up to two hours, it is designed for demanding and diverse applications. Its mechanical structure includes joints with many degrees of freedom, allowing it extraordinary flexibility and adaptability.

Each arm has 3 degrees of freedom at the shoulder, 1 at the elbow and 3 at the wrist, which together with 19 degrees of freedom in the dexterous hands (12 of which are actively controlled) allows for unparalleled manipulation. The hips have 3 degrees of freedom, the knees 1, the ankles 3 and the waist 2, which ensures stable and smooth movement. Thanks to the combination of MEMS haptics and visual sensors, the robot gains extraordinary sensitivity and can safely interact with objects.

Expedition A2 excels in autonomous mobility and reliable walking, supporting multiple support points to ensure stability in various environments. Its anthropomorphic design and multi-mode interaction with intelligent user experience make it not only a powerful tool, but also a natural partner for complex tasks.

🤔 Are you worried about the limitations of human labor?

In the modern world, businesses and research institutions face challenges such as a shortage of skilled labor, hazardous work environments, or the need to perform repetitive tasks with maximum accuracy and efficiency. Standard automation often lacks the flexibility to handle complex, changing tasks and adapt to new scenarios.

💡 Get unlimited possibilities with the Expedition A2 robot!

Expedition A2 is the answer to these challenges. With its advanced artificial intelligence and humanoid configuration, it offers flexible solutions for dynamic task planning, complex manipulations, and collaborative work. It overcomes the limitations of traditional machines and brings a new level of automation that adapts to your needs.

🌟 More than just features, real benefits

• Two-arm work: The ability to perform complex, coordinated tasks that require two "hands" increases productivity and efficiency.
• Dexterous manipulation: With 19 degrees of freedom in its hands and a load capacity of over 5 kg, the robot can precisely grasp and manipulate a wide range of objects.
• Autonomous movement: Reliable walking and adaptation to different terrains allow the robot to move independently in challenging environments without the need for constant supervision.
• Intelligent Interaction: Multi-mode interaction and anthropomorphic design ensure that the robot is easy to operate and naturally fits into the human environment.
• Increased safety: The fusion of haptic and visual sensors allows the robot to "feel" objects and react to them, minimizing the risk of damage to the manipulated objects and itself.

🎯 For whom is Expedition A2 the ideal choice?

• Research and Development Centers: For advanced research in AI, robotics, and human-robot interaction.
• Industrial Automation: For tasks requiring high precision, flexibility, and handling of various materials in changing scenarios.
• Service robotics: For assistance in logistics, maintenance, or in environments where autonomous movement and interaction are needed.
• Educational Institutions: To educate future engineers and scientists on cutting-edge technologies.

❓ Do you have any concerns? We'll answer them!

• Concern: Will the robot be difficult to install and program? Answer: The Expedition A2 is designed with minimal maintenance and ease of use in mind, making it easy to integrate and use.
• Concern: How long will the robot last on battery power? Answer: The integrated 700Wh battery provides up to two hours of continuous operation, which is ideal for most work cycles.
• Concern: Is the robot stable enough for different terrains? Answer: With autonomous mobility, reliable walking, and support from multiple outriggers, the robot is able to maintain stability in a wide range of environments.

⚙️ Technical specifications

Height	1.7 meters
Weight	70 kilograms
Battery capacity	700Wh
Battery life	about 2 hours
Degrees of freedom – arm (shoulder)	3 DoF
Degrees of freedom – shoulder (elbow)	1 DoF
Degrees of freedom – shoulder (wrist)	3 DoF
Degrees of freedom – dexterous hand	19 DoF (12 active)
Maximum arm load capacity	>5 kg per hand
Degrees of freedom – leg (hip)	3 DoF
Degrees of freedom – leg (knee)	1 DoF
Degrees of freedom – foot (ankle)	3 DoF
Degrees of freedom – passport	2 DoF
Hand sensors	MEMS haptic and visual haptic fusion

❓ Frequently Asked Questions

What is the robot's battery life?

The Expedition A2 is equipped with a built-in 700 Wh battery, which allows it to operate for approximately two hours.

Is the robot capable of performing complex tasks?

Yes, the robot demonstrates the ability for dynamic task planning, complex work execution, and two-arm collaborative work in various scenarios.

What are the options for interacting with the robot?

Expedition A2 uses anthropomorphic configuration and design with multi-mode interaction for intelligent user experience. It provides smooth explanation and stable motion functions in interactive service scenarios.

How stable is the robot when moving?

With autonomous mobility, reliable walking, and support from multiple outriggers, the robot is able to maintain stability in a wide range of environments.

What is the load capacity of the robot's dexterous arms?

The Expedition A2 dexterous arm has 19 degrees of freedom and 12 active degrees. The maximum load capacity of one arm is over 5 kg, which allows lifting heavy objects.

What sensors does the robot use to manipulate objects?

The robot's defensive hands integrate a fusion of MEMS haptic and visual sensors, significantly improving the ability to interact with objects.

How many degrees of freedom do the individual parts of the robot have?

The arm has 3 DoF at the shoulder, 1 at the elbow, 3 at the wrist. The dexterous hand has 19 DoF. The legs have 3 DoF at the hip, 1 at the knee, 3 at the ankle, and the waist has 2 DoF.