MAB Robotics :: Legged Robotics & High-performance Motion Control Technology

MAB Robotics is a Polish robotics company specializing in legged robotics and high-performance motion control technology. Based in Poznań, the company develops advanced robotic actuators, motor controllers, and complete quadruped platforms for demanding industrial, research, and outdoor applications. MAB Robotics focuses on creating reliable, high-power-density components and robust mobile robots capable of operating in challenging environments, including rough terrain, water, and industrial settings. Their solutions are used by leading research institutions, robotics companies, and industrial partners worldwide.

Key Robot-Based Products:

• Honey Badger: MAB Robotics’ flagship quadruped robot. It is a highly mobile, rugged, and adaptable platform designed for rough terrains, outdoor operations, and industrial use. The Honey Badger supports various payloads and is suitable for inspection, search & rescue, surveillance, and research & development. Recent versions (including Honey Badger 4.0) demonstrate impressive capabilities such as underwater walking.
• MD Series Brushless Motor Controllers: High-performance, compact drivers known for excellent energy efficiency, fast communication, and seamless integration. These are widely used in high-end robotic actuators and custom robot builds.
• MA Series Robotic Actuators: Precision motion control units optimized for robotics and automation systems.
• Power Distribution System (PDS): A modular system for efficient and safe power management in complex robotic platforms.

MAB Robotics emphasizes customization, strong technical support, and close collaboration with customers. Their components and platforms are praised for reliability, ease of integration (including ROS 2 support), and performance in real-world conditions. The company serves diverse sectors including mobile robotics, industrial automation, bionic/exoskeleton systems, agriculture, aerospace, and public safety. MAB continues to push boundaries in legged locomotion and motion technology, with a strong focus on practical deployment and innovation.