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Booster K1 Humanoid Robot: Price, Specs & Buying Guide
Booster K1 Humanoid Robot: Complete Procurement Guide (2026)
Competition-validated embodied AI platform for research, education, and robotics development. Winner of RoboCup 2025 KidSize Humanoid League.
What is the Booster K1 Humanoid Robot?
The Booster K1 is a compact, 95-centimeter humanoid robot developed by Beijing-based Booster Robotics specifically for education, research institutions, and robotics competitions. Launched in October 2025, the K1 represents a new generation of accessible embodied AI development platforms designed to lower the barrier to humanoid robotics while maintaining research-grade capabilities.
At RoboCup 2025 in Salvador, Brazil, the K1 platform achieved remarkable validation when Germany's Boosted HTWK team won the KidSize Humanoid League championship, defeating the Chinese TH-MOS team 11-0 in the final on July 20, 2025. Both finalist teams used identical K1 hardware, making this a pure test of AI algorithms and software development—precisely the type of challenge the platform was designed to enable.
Founded in August 2023 by engineers from Tsinghua University's Robot Control Lab, Booster Robotics has shipped over 700 humanoid units globally, serving more than 200 clients across 20+ countries and 70+ universities and research institutions.
Booster K1 Configurations & Pricing
Booster Robotics offers the K1 in three configurations to meet different research and education needs. All variants feature the same 22-degree-of-freedom hardware platform with identical mechanical specifications (95cm height, 19.5kg weight), differing primarily in computing power, battery life, and warranty coverage:
K1 Geek Edition
- ✓ 48 TOPS AI computing
- ✓ 50-minute battery life
- ✓ 3-month warranty
- ✓ International pricing
K1 EDU Edition
- ✓ 40-117 TOPS AI computing
- ✓ 80-minute battery life
- ✓ 1-year warranty & support
- ✓ North American distribution
K1 Pro Edition
- ✓ 200 TOPS AI computing
- ✓ 80-minute battery life
- ✓ 1-year warranty
- ✓ Advanced research applications
Booster K1 vs. Unitree G1: Side-by-Side Comparison
The Booster K1 and Unitree G1 both target the education and research market as compact, budget-friendly humanoid platforms. However, the K1 offers significant cost savings at $12,500 compared to the G1's $16,000 base price—a $3,500 difference (22% savings). While the G1 provides longer battery life and slightly more computing power in its EDU configuration, the K1's RoboCup championship validation and exceptional portability make it compelling for budget-conscious institutions prioritizing proven competition performance.
Bottom Line: The K1 delivers championship-proven performance at $3,500 less than the Unitree G1, making it ideal for educational institutions prioritizing portability, proven competition success, and budget efficiency.
Booster K1 vs. NAO: Next-Generation Advantage
While NAO pioneered educational humanoid robotics, the Booster K1 represents the next generation with 100-200x more computing power, modern ROS2 architecture, and force-controlled actuation. The K1's NVIDIA Orin NX enables on-board deep learning deployment that would require cloud connectivity on NAO's ARM-based system.
Research Applications & Use Cases
The K1's combination of accessible pricing, competition-validated hardware, and open development platform makes it suitable for diverse embodied AI research applications
RoboCup & Robotics Competitions
Won both first and second place at RoboCup 2025 KidSize league. Durability validated by 30 hours of 500N impact testing. Ideal for teams preparing for RoboCup, WRC, and international robotics competitions.
STEM Education & Curriculum Development
SDK and Python/C++ APIs optimized for teaching. Supports robotics education from K-12 through university level. Part of "Hundred Cities, Ten Thousand Schools" initiative targeting 10,000+ educational institutions globally.
AI & Machine Learning Development
40-200 TOPS NVIDIA Orin NX enables on-board neural network deployment without cloud dependency. Ideal for reinforcement learning, sim-to-real transfer (Isaac Sim, MuJoCo), and embodied AI algorithm development.
Human-Robot Interaction Studies
Multimodal sensors (depth camera, microphone array, speaker, touch sensors) enable rich interaction research. Child-sized form factor (95cm) and safe force-controlled joints ideal for educational HRI studies.
Bipedal Locomotion & Gait Research
Full-force-controlled dual-encoder joints with hybrid torque/velocity/position control. Wide joint ranges (knee: 0-130°) support diverse locomotion research including walking, running, balancing, and terrain adaptation.
Vision & Perception Research
RGBD depth camera provides 3D environmental perception for object recognition, SLAM research, and visual navigation. YOLO algorithm support enables real-time object detection. Deploy custom vision models locally.
Booster K1 Humanoid Robot: Price, Specs & Buying Guide
Booster K1 Humanoid Robot: Complete Procurement Guide (2026)
Competition-validated embodied AI platform for research, education, and robotics development. Winner of RoboCup 2025 KidSize Humanoid League.
What is the Booster K1 Humanoid Robot?
The Booster K1 is a compact, 95-centimeter humanoid robot developed by Beijing-based Booster Robotics specifically for education, research institutions, and robotics competitions. Launched in October 2025, the K1 represents a new generation of accessible embodied AI development platforms designed to lower the barrier to humanoid robotics while maintaining research-grade capabilities.
At RoboCup 2025 in Salvador, Brazil, the K1 platform achieved remarkable validation when Germany's Boosted HTWK team won the KidSize Humanoid League championship, defeating the Chinese TH-MOS team 11-0 in the final on July 20, 2025. Both finalist teams used identical K1 hardware, making this a pure test of AI algorithms and software development—precisely the type of challenge the platform was designed to enable.
Founded in August 2023 by engineers from Tsinghua University's Robot Control Lab, Booster Robotics has shipped over 700 humanoid units globally, serving more than 200 clients across 20+ countries and 70+ universities and research institutions.
Booster K1 Configurations & Pricing
Booster Robotics offers the K1 in three configurations to meet different research and education needs. All variants feature the same 22-degree-of-freedom hardware platform with identical mechanical specifications (95cm height, 19.5kg weight), differing primarily in computing power, battery life, and warranty coverage:
K1 Geek Edition
- ✓ 48 TOPS AI computing
- ✓ 50-minute battery life
- ✓ 3-month warranty
- ✓ International pricing
K1 EDU Edition
- ✓ 40-117 TOPS AI computing
- ✓ 80-minute battery life
- ✓ 1-year warranty & support
- ✓ North American distribution
K1 Pro Edition
- ✓ 200 TOPS AI computing
- ✓ 80-minute battery life
- ✓ 1-year warranty
- ✓ Advanced research applications
Booster K1 vs. Unitree G1: Side-by-Side Comparison
The Booster K1 and Unitree G1 both target the education and research market as compact, budget-friendly humanoid platforms. However, the K1 offers significant cost savings at $12,500 compared to the G1's $16,000 base price—a $3,500 difference (22% savings). While the G1 provides longer battery life and slightly more computing power in its EDU configuration, the K1's RoboCup championship validation and exceptional portability make it compelling for budget-conscious institutions prioritizing proven competition performance.
Bottom Line: The K1 delivers championship-proven performance at $3,500 less than the Unitree G1, making it ideal for educational institutions prioritizing portability, proven competition success, and budget efficiency.
Booster K1 vs. NAO: Next-Generation Advantage
While NAO pioneered educational humanoid robotics, the Booster K1 represents the next generation with 100-200x more computing power, modern ROS2 architecture, and force-controlled actuation. The K1's NVIDIA Orin NX enables on-board deep learning deployment that would require cloud connectivity on NAO's ARM-based system.
Research Applications & Use Cases
The K1's combination of accessible pricing, competition-validated hardware, and open development platform makes it suitable for diverse embodied AI research applications
RoboCup & Robotics Competitions
Won both first and second place at RoboCup 2025 KidSize league. Durability validated by 30 hours of 500N impact testing. Ideal for teams preparing for RoboCup, WRC, and international robotics competitions.
STEM Education & Curriculum Development
SDK and Python/C++ APIs optimized for teaching. Supports robotics education from K-12 through university level. Part of "Hundred Cities, Ten Thousand Schools" initiative targeting 10,000+ educational institutions globally.
AI & Machine Learning Development
40-200 TOPS NVIDIA Orin NX enables on-board neural network deployment without cloud dependency. Ideal for reinforcement learning, sim-to-real transfer (Isaac Sim, MuJoCo), and embodied AI algorithm development.
Human-Robot Interaction Studies
Multimodal sensors (depth camera, microphone array, speaker, touch sensors) enable rich interaction research. Child-sized form factor (95cm) and safe force-controlled joints ideal for educational HRI studies.
Bipedal Locomotion & Gait Research
Full-force-controlled dual-encoder joints with hybrid torque/velocity/position control. Wide joint ranges (knee: 0-130°) support diverse locomotion research including walking, running, balancing, and terrain adaptation.
Vision & Perception Research
RGBD depth camera provides 3D environmental perception for object recognition, SLAM research, and visual navigation. YOLO algorithm support enables real-time object detection. Deploy custom vision models locally.
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