Package Contents

Supported Features

Key Features of DYNAMIXEL 2XL430-W250-T

Dual-Axis Control in a Single Module
The 2XL430-W250-T integrates two independent movement axes within a single module, each with its own dedicated control table. This allows for precise control of two axes simultaneously, making it ideal for applications like robotic arms, necks, or wrists.

High Torque and Precision
With a stall torque of 1.4 Nm and a gear ratio of 257.4:1, this actuator provides high torque output and precise movement. It features a 4096-step encoder, offering high-resolution feedback for accurate positioning.

Compact and Lightweight Design
Measuring 36 × 46.5 × 36 mm and weighing 98.2 g, the 2XL430-W250-T offers a compact form factor suitable for space-constrained applications. Its hollow back case minimizes cable stress and simplifies wiring.

Versatile Operating Modes
The actuator supports multiple operating modes, including Position Control, Extended Position Control, Velocity Control, and PWM Control. This versatility allows for flexible integration into various robotic systems.

High Compatibility and Expandability
Designed with high compatibility with other DYNAMIXEL actuators like the XL430, XM430, and XH430, the 2XL430-W250-T facilitates easy integration into existing systems and supports expandability for complex robotic applications.

• Online Technical Manual
• CAD models and design Drawings

Introducing the OpenRB-150 - our latest foray into open-source Arduino compatible embedded controllers. Featuring the same pinout and form factor as the Arduino MKR, the OpenRB-150 provides seamless compatibility  with Arduino MKR accessories, along with programming support via the Arduino IDE.

The OpenCR1.0 is powered by a powerful STM32F7 series chip and offers full compatibility with the Arduino programming environment, a range of built-in sensors, and multiple communication ports. This board, compatible with Arduino Uno format shields, provides an uninterrupted power supply feature and is packed with rich specifications in a compact size, making it an ideal choice for both beginners and expert developers.

The U2D2 is a compact USB communication converter designed to control and operate DYNAMIXEL servos through a connected PC. Both user-friendly and efficient, providing seamless interactions between your PC and DYNAMIXEL servos. The U2D2 offers excellent versatility with its support for both 3-Pin TTL connectors and 4-Pin RS-485 connectors, enabling connections with a wide variety of DYNAMIXEL units.

ROBOTIS prioritizes user convenience and flexibility, evident in our DYNAMIXEL servos' design. To support this commitment to flexibility, DYNAMIXEL servos can be commanded using any serial-capable master device a user prefers, as long as it supports half-duplex RS485 or TTL serial communications. This means whether your preferred device is a microcontroller, an industrial PLC, your personal laptop, or anything in between, you can seamlessly control and interact with DYNAMIXEL servos with minimal difficulty.

Take full control of your DYNAMIXEL servos with our robust software ecosystem, specifically designed for seamless programming and control. Here's an overview of what's available

Leverage the power and versatility of DYNAMIXEL actuators with our multi-platform Software Development Kit (SDK). With support for popular programming languages and including clear APIs, sample code and comprehensive documentation, it simplifies the programming process, enabling a faster development cycle for your robotics projects.

Discover DYNAMIXEL Wizard, a comprehensive software solution designed to seamlessly manage and configure your DYNAMIXEL servos. With its intuitive interface, it simplifies servo configuration including register access, troubleshooting, and setup for daisy-chained configurations - making it an indispensable tool for all users.

DYNAMIXEL servos are also designed for seamless integration with the Robot Operating System (ROS 2). Leveraging ROS' comprehensive services and DYNAMIXEL's versatility, you can elevate your robotic systems, enabling complex interactions to power highly capable robotic systems.

Enhance your Arduino projects with DYNAMIXEL2Arduino, a library that enables direct control of DYNAMIXEL servos from Arduino boards. It offers a simplified, yet powerful platform for robotics and automation projects. Making it an ideal tool for makers, hobbyists, and educators.

DYNAMIXEL is more than just an actuator; it's a key to unlocking a world of possibilities. Here's a look at what you can create and achieve with our DYNAMIXEL servos.

In the realm of research, precision, repeatability, and adaptability are vital. DYNAMIXEL servos, designed with high precision capabilities and endless configuration possibilities, provide these elements. They support a wide spectrum of research areas, simplifying hardware design and allowing more focus on intellectual challenges and ground-breaking discoveries. With DYNAMIXEL, you're not just investing in a product, but a reliable partner for your explorations.

For the dynamic sphere of startups and commercial robotic product development, DYNAMIXEL actuators are indispensable, offering robustness, precision, and efficiency. With features such as high-resolution control, PID control, and versatile communication options, DYNAMIXEL servos ensure product resilience and adaptability, while their user-friendly design expedites your development process. Whether your focus is automation systems, commercial drones, or service robots, DYNAMIXEL provides the reliable performance and advanced technology your business needs.

DYNAMIXEL actuators offer artists an unmatched resource of creating remarkable kinetic installations, providing precision, control, and adaptability. They facilitate intricate, fluid movements, and their durability and versatility enable usage in diverse environments, freeing artists from constraints. With the DYNAMIXEL SDK, programming these actuators is made simple, turning artistic visions into stunning realities.