Aliengo Quadruped Robot

The Aliengo is an advanced quadruped robotic platform designed for research, education, and autonomous mobility development. Engineered for stability, perception, and dynamic movement, Aliengo provides a versatile foundation for real-world robotics experimentation.

With integrated vision systems and precise motion control, Aliengo enables developers and researchers to explore locomotion, navigation, and human-robot interaction in complex environments.

Core Capabilities

• High-mobility quadruped locomotion
• Vision-based perception and navigation
• Dynamic balance and recovery
• Indoor and outdoor operation
• Designed for research and education workflows

Technical Overview

• Platform Type: Quadruped robot
• Mobility: Walking, turning, climbing, and terrain traversal
• Sensors: Vision systems and onboard perception stack
• Control: Precision joint and motion control

Software & Development

Aliengo supports modern robotics software stacks and is well suited for algorithm development, simulation-to-real transfer, and hands-on robotics education.

• Autonomous navigation research
• Perception and mapping development
• AI and control system experimentation

Primary Use Cases

• Robotics and AI research labs
• University education programs
• Autonomous mobility research
• Human-robot interaction studies
• Demonstrations and technology showcases

Availability

The Aliengo quadruped robot is available for education, research, and professional applications.

Contact us to request specifications, pricing, and availability.