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Elephant Robotics is excited to look back on 2025 academic achievements enabled by our robots and proudly present a pioneering collection of research featuring our collaborative robots (Cobots), automated guided vehicles (AGVs), and humanoid robots. Developed in partnership with leading institutions—including Cornell University, the University of Tokyo, Seoul National University, the University of Michigan, New York University, the University of Waterloo, and Waseda University—this collection highlights the innovative applications of our 6-DOF robotic arms—the myCobot and myPalletizer series—alongside the mobile robot myAGV and the semi-humanoid robot myBuddy 280. Together, these works showcase how Elephant Robotics’ robotic products are advancing real-world innovation across diverse fields in 2025.
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One of our partners, with strong expertise in R&D, manufacturing, and global distribution, is dedicated to lowering barriers to innovation by delivering practical, user-friendly solutions that simplify robotics learning and reduce teaching complexity for both students and educators. To strengthen university robotics programs and advance hands-on teaching, the enterprise developed the AI-powered 7-axis cobot JetCobot, designed specifically for educational use. During market research, the enterprise identified our myCobot as the ideal foundation due to its reliable performance, open-source ecosystem, scalable production, and cost-effectiveness. To date, it has procured more than 750 units of ER’s robots.
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A high-tech partner in Taiwan is advancing AI and robotics education, with deep expertise in Arduino, maker education, and robotics competitions. The enterprise delivers comprehensive educational solutions spanning hardware and software to support AIoT teaching and applications. To date, the enterprise has procured nearly 200 ER’s cobots—including myCobot, mechArm, and myCobot Pro—along with robotic accessories. Integrated into their PLC systems, these robots are widely used in classroom instruction, recruitment demonstrations, and competitions, helping cultivate the next generation of engineers while promoting innovative educational solutions.
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Elephant Robotics will be exhibiting at CES 2026, taking place January 6–9 in Las Vegas, Nevada. Recognized as “the global stage for innovation,” CES is the world’s most influential annual technology event. This year, attendees will find Elephant Robotics at Booth 8363 in the LVCC North Hall. At CES 2026, we will showcase our latest innovative robotic solutions and host an engaging interactive activity.
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Our Korea-based partner, a leading international hardware accelerator, plays a key role in South Korea’s maker and startup ecosystem. In line with the 2024 national policy promoting robotics education and supported by the Suwon City government, the organization hosted the “Hackathon Training for Building Automation Experience using Cobot and AGV.”The four-day event combined two days of hands-on training with two days of competition, attracting 40 university students and startup teams guided by two instructors.
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A U.S.-based partner is dedicated to developing integrated robotic systems powered by advanced AI. Led by a team holding multiple patents and extensive expertise, the company has been invited to present at leading robotics conferences worldwide. To advance its goal of creating an AI-driven robotics platform, the enterprise selected our myCobot as the robotic arm for its service robot. This all-in-one system combines a mobile chassis, navigation capabilities, a compact design, and a robotic gripper for household tasks, serving developers, researchers, and tech-competition teams.
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Shenzhen High School of Science, a top-tier STEM-focused high school in China, has built 32 advanced labs, including robotics and maker spaces. Its students excel in competitions like China Robotics Challenge(CRC), World Educational Robot Contest（WER), and Shenzhen’s robotics contests, winning multiple first-place awards. In the past, the school struggled with robotic arms that were expensive, inflexible, PC-dependent, and poorly supported—disrupting class schedules. While preparing a ROS-based application development course, it sought more practical and versatile robotics solutions.
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The Artificial Intelligence Terminal Application Training Center at the School of Internet of Things and Artificial Intelligence, Fujian Polytechnic of Information Technology (FJPIT), cultivates future AI professionals with practical skills and real-world experience. While planning a Raspberry Pi–based development course and a fully equipped robotics training lab, the school discovered that using Raspberry Pi alone did not provide interactivity and did not clearly demonstrate real-world applications.
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Dongchang High School Affiliated to East China Normal University, a leading model high school in Shanghai’s Pudong New Area, has been integrating advanced technologies into education. During a recent campus renovation, the school built a new training lab for science education, technology demonstrations, and hands-on learning.
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We have a partner who aims at driving robotics, AI, and embedded systems education across South Korea. The enterprise provides specialized training for educational and research institutions in areas such as artificial intelligence, autonomous driving, and automation robotics, while collaborating with leading industry enterprises to strengthen Korea’s talent pipeline.