Agility A1: A Cutting-Edge Open-Source Humanoid Robotic Arm with 7 Axes and High Load Capacity

• ✔ Fully open-source platform for maximum flexibility and development
• ✔ 7 degrees of freedom (DOF) for unparalleled dexterity and human movement simulation
• ✔ High peak load capacity of up to 6 kg per arm for demanding tasks
• ✔ Precise and lightning-fast control with 1 kHz CAN-FD protocol
• ✔ Robust construction with DAMIAO motors and cross bearings for long life
• ✔ Complete CAD models, firmware and simulation tools freely available
• ✔ Smooth teleoperation, gravity compensation and compliant joints for safe interaction

Discover the Agility A1, a cutting-edge humanoid robotic arm designed for groundbreaking physical AI research and real-world deployment. With unmatched dexterity and full open-source support, it is the ideal tool for innovative projects requiring human-level manipulation.

🤖 Unleash your full potential: Agility A1 key features

• 7 degrees of freedom (7DOF) per arm
• Reach 633 mm per arm
• Top load capacity up to 6 kg per arm
• Fast control with a frequency of 1 kHz using the CAN-FD protocol
• Powerful DAMIAO 43-series and 8009P engines
• Cross bearings for high rigidity and precision
• Fully open-source CAD models, firmware and control code
• Simulation tools for easy development and testing
• Smooth teleoperation and real-time gravity compensation
• Flexible and responsive joints for safe interaction

🔍 Explore every detail: Innovation in design and functionality

Designed with modularity and performance in mind, the Agility A1 features seven degrees of freedom on each arm, giving it unparalleled flexibility and the ability to simulate human movement. With a reach of 633 mm and a peak load capacity of up to 6 kg, it is ideal for handling a variety of objects in contact-intensive environments.

At the heart of the Agility A1 is an advanced motor system combining DAMIAO 43-series and 8009P motors, complemented by cross-section bearings for maximum rigidity and precision. Control is provided at 1 kHz via the CAN-FD protocol, ensuring precise and lightning-fast response. In addition, the compact design of the DAMIAO 4340 series ensures high load capacity in a clean and efficient package.

The fully open-source nature of the Agility A1 is its greatest asset. Complete CAD models, firmware, control code and simulation tools are freely available, allowing researchers and developers to quickly adapt, customize and develop their own applications. With features such as smooth teleoperation, real-time gravity compensation and compliant, feedback-controlled joints, the Agility A1 offers agile, powerful and safe interaction in contact-intensive environments.

🤔 Are you solving challenges with limited robotics flexibility?

Many robotic arms on the market suffer from closed systems, low payloads, or lack of agility, which hinders innovative research and effective deployment in complex tasks. Standard solutions often limit your creativity and the possibilities for development and adaptation.

💡 Gain unparalleled freedom with Agility A1!

Agility A1 is a revolutionary open-source solution that gives you full control, flexibility and performance for the most demanding applications. Its advanced mechanics and open architecture allow you to push the boundaries of robotics and achieve results you have only dreamed of before.

🌟 More than just features: The real benefits of Agility A1

• 7 degrees of freedom: You can easily simulate human movements, which opens the door to realistic interactions and complex manipulation.
• Full open-source support: You get absolute freedom in editing and development, which speeds up your projects and reduces dependence on proprietary solutions.
• High load capacity of 6 kg and reach of 633 mm: Effortlessly handle heavier objects and work in a wider operating space, expanding the range of applications.
• Precise and fast 1 kHz CAN-FD control: Ensure maximum precision and responsiveness, crucial for delicate tasks and dynamic environments.
• Compact and robust design: Minimizes space requirements and ensures long-term reliability even in demanding industrial conditions.

🎯 For whom is Agility A1 the ideal choice?

• Researchers and academic institutions: Perfect for advanced research in robotics, AI, and physical interaction.
• Developers and innovators: Provides a flexible and programmable platform for rapid prototyping and building custom applications.
• Industrial applications: Suitable for tasks requiring precise handling, high load capacity and safe interaction in contact environments.

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

• Concern: Is the open-source platform sufficiently reliable and supported?
  -> Answer: Agility A1 is built on a robust open-source foundation with complete documentation and an active community that ensures continuous development and support.
• Concern: Can a robotic arm handle demanding industrial tasks?
  -> Answer: With a high load capacity of 6 kg, precise control and robust construction, the Agility A1 is ideal for contact-intensive and demanding industrial applications.
• Concern: Is it difficult to integrate Agility A1 into existing systems?
  -> Answer: With open CAD models, firmware and control code, integration is designed to be as simple and flexible as possible for different platforms.

⚙️ Technical specifications

Parameter	Value
Degrees of freedom (DOF)	7 (on the shoulder)
Maximum range	633 mm (per arm)
Arm weight	5.5 kg
Top load capacity	Up to 6 kg (per shoulder)
Control frequency	1 kHz CAN-FD
Engine type	DAMIAO 43-series, 8009P
Bearings	Cross bearings
Package contents
Robotic arms	2x Agility A1 Humanoid Robotic Arms
Grippers	Yes
Aluminum profile	Yes

❓ Frequently Asked Questions (FAQ)

What does "open-source" mean in Agility A1?

This means that complete CAD models, firmware, control code and simulation tools are freely available for modification and development, giving you full control over the platform.

How many degrees of freedom does one Agility A1 robotic arm have?

Each arm has 7 degrees of freedom (DOF), which ensures a high level of flexibility and dexterity during manipulation.

What is the maximum load capacity of the Agility A1 arm?

The peak load capacity is up to 6 kg per arm, which allows handling even heavier objects.

What is the operating range of the robotic arm?

The maximum reach of each arm is 633 mm, providing sufficient working space for various applications.

Is Agility A1 suitable for research purposes?

Yes, it is primarily designed for advanced physical AI research and rapid development thanks to its open-source platform and rich documentation.

What types of motors are used in the Agility A1?

The arm uses a combination of DAMIAO 43-series and 8009P motors, complemented by cross-bearings for maximum rigidity and precision of movement.

Does Agility A1 support teleoperation?

Yes, Agility A1 supports seamless teleoperation, which allows for intuitive and remote control of robotic arms.

What is included in the Agility A1 basic package?

The package includes two Agility A1 robotic arms, including the appropriate grips and an aluminum profile for mounting.

Can a depth camera be attached to the robotic arm?

The depth camera is optional and not included as standard, but the system is designed with its integration in mind.