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Booster K1 humanoid robot
Booster Robotics | A-000000-07707
€17,400.00
20 perc. French VAT inc.
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: compact humanoid robot for higher education, research and AI projects
Key features of the Booster K1 humanoid robot
- Compact humanoid: 95 cm, 19.5 kg
- 22 DoF: smooth motion, biped locomotion and articulated control
- Torque-controlled joints with dual encoders
- Embedded AI computing: 48, 117 or 200 TOPS depending on the version
- Integrated sensors: stereo / depth camera, 9-axis IMU, microphone array, speaker
- Software compatibility: Python, ROS, ROS2, API / SDK
- Connectivity: Wi-Fi 6, Bluetooth 5.2, Gigabit Ethernet
- Battery life: up to 1h20 depending on the version and usage scenario
- Applications: STEM education, research, embedded AI, demonstrations, RoboCup
Overview
The Booster K1 is a compact humanoid robot designed for higher education, robotics research and embedded AI projects. With its 95 cm height, 19.5 kg weight, 22 degrees of freedom and compatibility with Python, ROS and ROS2, it enables hands-on work on biped locomotion, perception, human-robot interaction and embedded vision.
The Booster K1 humanoid robot is aimed at universities, engineering schools, laboratories, research centers and organizations looking for an accessible humanoid platform aligned with current academic and scientific needs. Lighter and easier to deploy than larger humanoid platforms, it is well suited for practical classes, student projects, technical demonstrations and selected humanoid robotics experiments.
Compare Booster K1 versions
The Booster K1 is available in three versions to suit different needs, from discovering humanoid robotics to advanced research and embedded AI projects.
| Version | Recommended use | Onboard computing | AI performance | Battery | Battery life | Included equipment |
|---|---|---|---|---|---|---|
| Geek Entry version | Makers, enthusiasts, first humanoid robotics projects | Qualcomm QCS8550 | 48 TOPS | 2 Ah | Up to 30 min | — |
| Edu Education version | Engineering schools, universities, lab classes, student projects | NVIDIA Jetson Orin NX 8 GB | 117 TOPS | 5 Ah | Up to 80 min | Transport case |
| Pro Advanced research version | Laboratories, R&D, advanced vision and embedded AI projects | NVIDIA Jetson AGX Orin 32 GB | 200 TOPS | 5 Ah | Up to 80 min | Transport case |
Compact, portable and ready to deploy
The Booster K1 was designed for practical use in academic environments. Its compact format makes it easy to move between classrooms, laboratories, demo spaces and scientific events.
- Height: 95 cm
- Weight: 19.5 kg
- No assembly required
- Transport case depending on the version
22 degrees of freedom for locomotion and experimentation
The Booster K1 features 22 degrees of freedom, distributed across the legs, arms and head to enable smooth motion and realistic locomotion scenarios.
- Legs: 6 DoF × 2
- Arms: 4 DoF × 2
- Head: 2 DoF
Its torque-controlled joints with dual encoders enable hybrid torque / speed / position control. This architecture is suitable for work on biped walking, balance control, joint control, autonomous motion and interaction with the environment.
Up to 200 TOPS of embedded AI computing power
Depending on the selected configuration, the Booster K1 humanoid robot provides up to 200 TOPS of computing power. It can therefore support projects in computer vision, object recognition, tracking, scene analysis, voice commands and machine learning.
Thanks to its compatibility with Python, ROS and ROS2, the K1 easily integrates into software environments commonly used in engineering programs and robotics labs.
Integrated sensors for perception and interaction
- Stereo / depth camera: 3D perception and environmental analysis
- 9-axis IMU: orientation, balance and motion tracking
- Microphone array: voice recognition and sound localization
- Speaker: audio interaction with users
- Tactile sensors: physical contact detection for safer interaction
Connectivity and development
- Wi-Fi 6
- Bluetooth 5.2
- Gigabit Ethernet RJ45
- API / SDK for secondary development
Applications of the Booster K1 humanoid robot
STEM education and robotics
- Introduction to and advanced work with Python, ROS and ROS2
- Hands-on labs on perception, sensors, balance and locomotion
- Educational projects focused on embedded AI and human-robot interaction
Research and R&D
- Prototyping in humanoid robotics
- Experiments in vision, tracking, recognition and interaction
- Development of research scenarios on a real humanoid platform
Demonstrations, science outreach and events
- Open days
- Trade shows and scientific events
- Interactive workshops and research showcase activities
Competitions and the RoboCup ecosystem
The Booster K1 is part of the RoboCup ecosystem. It provides a concrete foundation for linking education, experimentation and competitive robotics.
K1 was crowned champion of the “KidSize” category at RoboCup Soccer 2025
Technical specifications of the Booster K1 humanoid robot
| 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 |
| Camera | 3D camera |
| IMU | 9-axis IMU |
| Voice module | Microphone array + speaker |
| Audio alerts | Low-battery reminder, joint overheating reminder |
| Battery capacity | 2Ah or 5Ah |
| Battery life | 50 min ~ 1h20 |
| Charging time | ≤ 1 hour |
| Processor | Qualcomm QCS 8550 / Jetson Orin NX 8GB / Jetson Orin NX 8GB or NVIDIA Jetson AGX Orin 32GB |
| AI performance | 48 / 117 / 200 TOPS |
| Interface | Gigabit Ethernet RJ45 |
| Wireless connection | WIFI 6 |
| Bluetooth | Bluetooth 5.2 |
| Certification standards | CE/FCC |
| Walking noise | ≤70 dB |
| Operating temperature | -10°C ~ 45°C |
Booster K1 resources
FAQ – Booster K1
Who is the Booster K1 for?
For educational institutions (STEM/robotics), research labs and teams that want a compact humanoid platform to develop, test and demonstrate algorithms.
Which version should you choose: Geek, Edu or Pro?
- Geek: for “plug & play” prototyping and coding on a controlled budget.
- Edu: the best choice for education (support, accessories, 5Ah battery, education solution).
- Pro: for R&D and more demanding AI workloads (maximum computing power).
Can you develop in Python / ROS?
Yes, the K1 is suitable for Python projects and ROS integration (depending on your stack and needs). This makes it practical for research and robotics courses.
Which sensors are integrated for perception and interaction?
Binocular/3D camera, 9-axis IMU, microphone array and speaker: enough to work on vision, posture and voice interaction.
What battery life and charging time?
In practice, battery life is about 50 min to 1h20 depending on usage, with a charging time ≤ 1 hour.
Can it be used in competition (e.g., RoboCup)?
Yes, its humanoid format, kinematics (22 DoF) and sensors make it a relevant base for demos and certain competition scenarios, depending on your rules and discipline.
What is included with the purchase?
Contents vary by version (2Ah or 5Ah battery, case, etc.). In all cases, the robot is delivered ready to use with essential accessories (remote control, charger, seat/stand).
What support / warranty is offered?
Geek: 3-month warranty. Edu/Pro: 12-month warranty + 1-year technical support (response within 24 business hours).
What information should I prepare for a quote request?
Please specify: your budget (even if it is a rough estimate), the deadline for your project (short term, awaiting funding, initial study phase prior to the project, etc.), your shipping address, and a short describing your project.
Pre-shipment check
Before each shipment, our team performs a complete, step-by-step check (battery, start-up, remote control, movement, controls).
Details are listed on our Support page.
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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