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As artificial intelligence, robotics, and automation technologies continue to evolve rapidly, the demand for hands-on STEM education is growing across schools, universities, and research institutions worldwide. Beyond collaborative robots, educators are increasingly seeking mobile robotics platforms that enable students to explore key technologies—such as autonomous navigation, machine vision, sensor fusion, and robotic manipulation—through experimentation and project-based learning. To address the evolving needs of modern robotics education and research, Elephant Robotics has announced the launch of myAGV Plus, a major upgrade to our widely recognized mobile robot platform, myAGV 2023. Featuring enhanced computing performance, advanced perception capabilities, and improved motion control accuracy, myAGV Plus is designed as an intelligent Automated Guided Vehicle (AGV) for teaching laboratories, scientific research, algorithm development, intelligent inspection, and robotics competitions. The platform serves both as an educational robot tool that bridges theoretical learning with hands-on experimentation and as a powerful research platform enabling next-generation robotics innovation.

STEM education has experienced rapid growth in recent years, driven by increasing demand for practical engineering skills, artificial intelligence literacy, and interdisciplinary innovation. However, for schools, universities, and research laboratories, building effective robotics environments has long remained a challenge. In many cases, instructors must integrate robotic arms, mobile platforms, sensors, and open-source software from multiple vendors, often spending weeks resolving compatibility issues before meaningful teaching or experimentation can begin. Addressing these challenges, Elephant Robotics introduced a series of educational robotics solutions designed to simplify deployment, reduce technical barriers, and accelerate hands-on learning in robotics and AI.

Building a functional robotics lab in a Latin American university often means fighting fragmentation from day one. Procurement teams juggle a robotic arm from one supplier, a vision system from another, and a mobile base from a third-party vendor. Weeks of integration eat into the semester, leaving students debugging drivers instead of training neural networks. Elephant Robotics, a global innovator with deep roots in robot R&D and the HAX accelerator, offers a different path. The company provides a vertically integrated portfolio designed to collapse the gap between unboxing and education. Rather than selling isolated components, Elephant Robotics delivers a comprehensive solution stack purpose-built for the Americas.

Setting up a robotics lab in a US university is traditionally a battle against entropy. Administrators face a chaotic procurement process with arms from one vendor and vision systems from another. The result is a semester spent debugging drivers rather than teaching algorithms. Elephant Robotics, a global innovator with deep roots in robot R&D and roots in the HAX accelerator, offers a different path. The company provides a vertically integrated portfolio designed to collapse the gap between unboxing and education. Rather than selling isolated components, Elephant Robotics delivers a comprehensive solution stack for the Americas market.

STEM education has experienced rapid growth in recent years, driven by increasing demand for practical engineering skills, artificial intelligence literacy, and interdisciplinary innovation. However, for schools, universities, and research laboratories, building effective robotics environments has long remained a challenge. In many cases, instructors must integrate robotic arms, mobile platforms, sensors, and open-source software from multiple vendors, often spending weeks resolving compatibility issues before meaningful teaching or experimentation can begin. Addressing these challenges, Elephant Robotics introduced a series of educational robotics solutions designed to simplify deployment, reduce technical barriers, and accelerate hands-on learning in robotics and AI. We are a high-tech enterprise specializing in robot R&D, platform software development, and intelligent manufacturing services. Our product portfolio spans educational robots, professional collaborative robots, humanoid robots, and bionic robotic companions. Beginning in 2026, we have further strengthened our regional strategy by providing robots and robotics solutions designed to meet the specific needs of the Americas market.

This is the myAGV Plus: a mobile platform powered by NVIDIA Jetson Orin Nano Super 8GB with 67 TOPS of AI performance. It uses 360-degree LiDAR with multiple sensors for perception. It has a lightweight design but can carry 8kg load. You can easily control it with Bluetooth. This robot is ready for dynamic obstacle avoidance.

In the world of robotics, it often happens that big names and futuristic projects outshine humble workers. But what if these modest people are the real revolutionaries? Elephant Robotics seems to have decided to prove this in practice by introducing a new member of its myCobot line — the Pro 450 model. This compact collaborative robotic arm isn’t just trying to meet industry standards — it’s modestly but confidently rewriting the rules of the game for education, research, and small businesses.

OpenClaw is getting lots of coverage in the media, especially in the AI community. Plenty of companies are adopting a version of it to bring AI agents to more people. The myCobot Pro 450 is a 6-DOF collaborative robot that now works with OpenClaw. You will be able to use it with natural language commands. The AI generates the control code while OpenClaw ensures instructions are executed successfully. The myCobot Pro 450 has a working radius of 450mm and payload capacity of 1kg.

OpenClaw is already being integrated in gadgets to make them smarter. It works with LLMs to ensure execution and automation of tasks. Take the myCobot Pro 450 for instance: it is a collaborative robot that can be controlled with natural language commands. This robot has a 450mm working radius and payload capacity of 1kg.

استعرضت شركة Elephant Robotics روبوتات حيوانات أليفة مصممة لتشبه الحيوانات الحقيقية في الشكل والسلوك، وتعتمد هذه الروبوتات على محركات داخلية لتحريك الرأس والذيل،إضافة إلى مستشعرات لمس تُمكّن الروبوت من التفاعل مع المستخدم.كما زودت بشاشات OLED لمحاكاة حركة العينين والتنفس، ونظام يحاكي نبضات القلب. وتعملالشركة على دمج تقنيات الذكاء الاصطناعي والاتصال بالإنترنت تدريجيا، مع الحفاظ على سهولةالاستخدام لتلبية احتياجات الأشخاص الذين لا يستطيعون اقتناء حيوانات حقيقية.يعرض البرنامج كل أحد 17.30 بتوقيت غرينتش.