About

ROBOTIS was founded in 1999 in South Korea with a bold, open‑ended question: "What is a robot?”. This question continues to guide our philosophy — that robotics is more than automation, it is a bridge between human intent and physical action. Our very name, ROBOTIS, reflects this exploration: “Robot Is…” — an invitation to imagine what a robot can be. 

Over twenty years later, we have become a global leader in robotics innovation, delivering hardware, software, and platform solutions that span education, research, and industry. We design tools that democratize robotics — from entry‑level educational kits to advanced research systems — enabling diverse users to focus on creative solutions rather than technical barriers. 

Our mission is to accelerate the creation and deployment of intelligent machines that enhance human capability. We believe that robotics should not only automate tasks, but also enrich human learning, creativity, and problem solving. Whether in classrooms, research labs, factories, or community spaces, our products help people bring ideas to life.

Behind every actuator, platform, and system is a commitment to open interfaces, modular design, and real‑world usability. This ethos supports a vibrant global community of developers, educators, and researchers who extend and share their work, advancing not just technology but the collective pursuit of robotics innovation.

Today, ROBOTIS continues to push the frontier of robotics through strategic R&D, partnerships, and active participation in emerging fields like Physical AI — combining intelligent perception, adaptability, and real‑world action. Our collaborations with leading institutions, including international research partners, underline our commitment to advancing the science and application of robotics.

Smart Actuators

At the core of our robotics technology is the DYNAMIXEL family of smart actuators — industry‑recognized modules that integrate motor, controller, gearbox, and sensors into a single, networked unit. This all‑in‑one architecture delivers precise, adaptable motion with real‑time feedback and communication, simplifying system design and accelerating development cycles. 

DYNAMIXEL actuators are engineered for modularity and scalability, enabling developers to build systems that range from simple mobile platforms to fully articulated manipulators with dozens of joints. With support for open standards and robotics middleware, these actuators form the backbone of a connected, flexible robotic ecosystem. 

Designed for robust performance and long life, our actuators are trusted in educational environments, research institutions, and commercial deployments where reliability, configurability, and precise control are essential. Through firmware, SDKs, and open documentation, developers have complete control over motion and feedback, fostering innovation and experimentation across disciplines. 

Education & Academia

Used in classrooms, university labs, and research projects for STEM learning and robotics experimentation.

Industrial & Defense

Collaborative robots, automated systems, and defense robotics requiring precise, reliable motion control.

Mobility & AMRs

Autonomous mobile robots and hospital delivery robots like enhance logistics, patient care, and food or parcel delivery

Healthcare & Medical Devices

Feeding devices, robotic assistive arms, and rehabilitation systems powered by precise actuators.

Agriculture

Robotic arms and manipulators for crop monitoring, automated harvesting, and precision agriculture.

Media, Film, and Entertainment

Animatronics, special effects, and camera robotics for film production, theme parks, and live events.

Physical AI Robotics

Intelligent robots capable of learning, adapting, and performing tasks in dynamic environments across industries.

Aerial & Drones

Drone manipulators, gimbal systems, and research UAVs that require precise, lightweight, and responsive actuators.

Hobby & Maker Projects

DIY robotics, interactive art installations, and maker community projects leveraging DYNAMIXEL actuators.