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Booster K1 humanoid robot
Booster Robotics | A-000000-07707
Price upon request
The Booster K1 is a humanoid robot designed for education, research, and interactive demonstration. It combines mobility, computing power, and ergonomics in a compact, ready-to-use format.
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Booster K1: A Compact, Powerful, and Accessible Humanoid
The Booster K1 is a compact, powerful, and easy-to-program humanoid robot. Ideal for STEM education, it offers excellent value for schools and research laboratories.
Designed as the accessible version of the T1, the K1 stands out with a lighter design, half the joint power, and optimized autonomy. Despite this, it remains responsive, precise, and perfectly suited for intensive use in laboratories as well as RoboCup competitions.
Portable and ready-to-use format
- No assembly required: transportable in a single suitcase, ideal for classrooms, labs, or events.
- Height: 95 cm
- Weight: 19.5 kg
Advanced mobility
- 22 Degrees of Freedom (DoF): dynamic joints (hip, knee, ankle, arms, head) for smooth, realistic movements.
- Walking autonomy: 50 min ~ 1h20 (walking)
- Movement capabilities: walking, balancing, joint bending, and object interaction.
- Navigation system: integrated sensors for obstacle avoidance and real-time localization.
AI computing power
- GPU: up to 100–200 TOPS for complex AI tasks (object recognition, machine learning).
- Programming environment: supports languages like Python, ROS, and integrated educational tools.
- AI capabilities: visual recognition (depth camera), voice command interpretation (microphone array), and reinforcement learning for adaptive tasks.
Embedded Sensors
- Depth camera: for 3D perception and navigation.
- 9-axis IMU: tracks balance and movement.
- Microphone array: voice recognition and sound localization.
- Speaker: interacts with users through audio messages.
- Touch sensors: detects physical contact for safe interactions.
Connectivity and compatibility
- WiFi 6
- Bluetooth 5.2
- Gigabit Ethernet RJ45
- Secondary development via API/SDK.
What is it for?
STEM Education
- Learning programming (Python, ROS).
- Study of robotics and AI systems.
- Mechanical and electronic engineering projects.
Research
- Experiments in mobile robotics, visual perception, and human-robot interaction.
- Development of AI algorithms for complex tasks.
Events and Demonstrations
- Demonstration of cutting-edge educational technologies.
- Interactive workshops for the public.
Technical specifications of the humanoid robot Booster K1
- Dimensions: 95x40x18 cm
- Leg length: 46 cm
- Arm span: 39 cm
- Weight: approx. 19.5 kg
- Total degrees of freedom: 22
- Degrees of freedom per leg: 6
- Degrees of freedom per arm: 4
- Degrees of freedom for the head: 2
- Maximum knee joint torque: 60 N.m
- Encoder: dual encoder
- GPU: Supports AI performance from 100 to 200 TOPS
- Camera: 3D camera
- IMU: 9-axis IMU
- Voice module: Microphone Array + Speaker
- Sound alerts: Low battery reminder, joint overheating reminder
- Battery capacity: 48 V / 2Ah
- Battery life: 50 min ~ 1h20
- Charging time: ≤ 1 hour
- Processor: Jetson Orin NX 8 GB, AI performance: 117 TOPS
- Interface: Gigabit Ethernet RJ45
- Wireless connection: WIFI 6
- Bluetooth: Bluetooth 5.2
- Certification standards: CE/FCC
- Operating noise: ≤70 dB
- Operating temperature: -10°C ~ 45°C
Booster K1 Robot Resources
BLOG ARTICLE
K1 from Booster Robotics: the small humanoid that challenges Unitree and Nao
The Booster K1 is a humanoid robot designed for education, research, and interactive demonstration. It combines mobility, computing power, and ergonomics in a compact, ready-to-use format.
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