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Agilex RANGER AIR Four-Wheel Steering Mobile Robot Platform
$6,000.00Original price was: $6,000.00.$5,399.00Current price is: $5,399.00. -
MAMMOTION YUKA mini Perimeter Wire Free Robot Lawn Mower
$1,399.00
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KEENON W3 Catering (Private and Multi-Floor Service)
$29,600.00
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BOOSTER K1 Geek
Introducing the BOOSTER K1—the award-winning humanoid robot, crowned the 2025 RoboCup Soccer KidSize Category Champion & Runner-Up, engineered as the ultimate introductory embodied AI development platform for students, educators, hobbyists and early-stage researchers. Weighing just 19.5kg and standing 95cm tall, it blends championship-level durability, flexible AI computing power and beginner-friendly design, making professional humanoid robot research, education and competition accessible to everyone. As a star performer at the 2025 World Humanoid Robotics Games, it’s also a versatile “Soul Dancer” and sports expert, with endless potential for innovation and hands-on learning.
BOOSTER T1 Standard
Introducing the BOOSTER T1—the award-winning, production-ready humanoid robot engineered for researchers, educators, and RoboCup teams. As the 2025 RoboCup AdultSize World Champion and a staple in labs like CMU, UC Berkeley, and Purdue, it combines 200 TOPS AI power, proven durability, and full-stack developer tools to accelerate breakthroughs in embodied AI, locomotion, and human-robot interaction. Lightweight, agile, and built for real-world use, it is the ultimate turnkey platform to skip prototyping and start innovating.
HighTorque Mini Hi – Humanoid Robot
The HighTorque Mini Hi is a compact, high-performance humanoid robot designed for robotics research, education, and development. Featuring a high-torque joint system, bipedal locomotion, and an extensible computing platform, it supports motion control experiments, algorithm development, and embodied AI research.
HighTorque Mini Pi+ – Humanoid Robot
$7,899.00Standing 65 cm tall and weighing 10.9 kg, this compact yet powerful system integrates 26 degrees of freedom, offering exceptional mobility, stability, and motion precision within a highly integrated structure.
Built around a self-developed integrated servo joint module, the Mini Pi+ delivers high-precision motion control and supports dynamic behaviors such as static standing, gait walking, and even jumping. With its built-in RealSense module and high-performance Orin NX computing platform, Mini Pi+ is ready for demanding real-world applications in embodied intelligence, robot learning, and whole-body control research.
Scientific Research & Development: Analyze dynamic balance, gait planning, and interactive control.
Teaching & Training: Provide students hands-on experience with full-stack robotics.
Robot Competitions: Deliver high agility and speed in competitive environments.
Embodied Intelligence Studies: Develop and test state-of-the-art algorithms for robot learning.
















