Duatic Alpha: The Next Generation Vision-Enabled Half-Humanoid Robot

The Duatic Alpha is a high-performance half-humanoid robot engineered for advanced manipulation, autonomous navigation, and intelligent decision-making. Equipped with dual DynaArms and high-torque mobility actuators, Alpha delivers precise, stable, and dynamic motion suitable for research, automation, industrial robotics, and complex operational environments.

Adaptive Intelligence and Modular Design

Powered by real-time AI processing and seamless ROS 2 communication, the Duatic Alpha integrates effortlessly into robotics labs, automation pipelines, and mobile manipulation projects. Its modular architecture allows flexible configuration, enabling users to customize components, expand capabilities, and tailor the robot to specific tasks—from autonomous inspection to collaborative industrial operations.

Performance and Capabilities

Alpha combines strength, speed, and dexterity in a compact design. With a continuous payload capacity of 12 kg per arm and a momentary maximum payload of 30 kg, it effectively handles demanding manipulation tasks. Each arm offers a 0.990 m reach, enabling wide workspace coverage. The mobile platform travels at speeds up to 2 m/s, supported by high-torque wheel-based locomotion for smooth indoor and outdoor mobility.

The robot operates on a 48V DC input and features an IP66 protection rating, making it resilient to dust, water splashes, and harsh industrial conditions. Vision sensors and advanced perception algorithms support environment mapping, obstacle avoidance, and autonomous mission execution.

Built for the Future of Robotics

Whether deployed in manufacturing, logistics automation, mobile manipulation research, or hazardous-environment tasks, the Duatic Alpha offers unmatched reliability, intelligent control, and adaptability. Its half-humanoid design enables human-like dexterity with industrial-grade robustness—making Alpha a powerful tool for cutting-edge robotics development and real-world automated operations.