Booster Robotics K1

Key Features

• Advanced Mobility: Features 22 Degrees of Freedom (DoF) across the hips, knees, ankles, arms, and head, allowing for smooth, realistic, and agile human-like movements, including walking and balancing.
• On-board AI Power: Driven by an NVIDIA Jetson Orin NX, providing significant AI computing power (up to 117 TOPS) for complex tasks like visual recognition, voice command interpretation, and reinforcement learning.
• Comprehensive Sensor Suite: Equipped with a 3D Depth Camera for perception and navigation, a 9-axis IMU for balance control, a Microphone Array and Speaker for audio interaction, and Touch Sensors for safe physical contact.
• Portable and Ready-to-Use: Standing at approximately 95 cm tall and weighing about 19.5 kg, the K1 is designed to be easily transported (often in a single suitcase) with no assembly required, making it perfect for labs, classrooms, and events.
• Open and Programmable Platform: Supports secondary development and is compatible with industry standards like ROS2 and programming languages such as Python, offering full flexibility for custom projects and experimentation.
• Designed for Intensive Use: Built with full-force-controlled, dual-encoder joints for precise control of torque, velocity, and position, ensuring it is responsive and precise for demanding educational or competition environments.

Ideal for:

• STEM Education: A perfect tool for teaching programming, robotics, and AI concepts.
• Research: Conducting experiments in mobile robotics, visual perception, human-robot interaction, and control systems.
• Robotics Competitions: Optimized for agility and performance in challenges such as RoboCup.

Experience the next generation of affordable and high-performance humanoid robotics with the Booster K1.