The Most Accessible Humanoid Platform for AI & Robotics Research. 8 Configurations. The Unitree G1 Edu is one of the most affordable full-size humanoid robot platforms available for R&D projects, academic studies, and AI and robotics education programs. Built on the same G1 hardware architecture as the Basic, the Edu series unlocks secondary development capability — giving researchers, engineers, and educators a programmable, extensible humanoid platform to push the boundaries of human-robot collaboration. From locomotion research and manipulation studies to AI training and educational demonstrations, the G1 Edu scales from Standard to Ultimate configurations to match the depth of your program. Why G1 Edu? Secondary Development Support — Unlike the G1 Basic, the Edu series supports secondary development — enabling custom software integration, research-grade programming, and AI model training on a real humanoid hardware platform. Full-Size Humanoid Architecture — 23 degrees of freedom, depth camera, 3D LiDAR, 8-core CPU, WiFi 6, Bluetooth 5.2, and ~2 hours of endurance — the same capable hardware foundation as the G1 Basic, unlocked for development. Scalable Configuration Lineup — Eight configurations from Standard to Ultimate (A through F) allow institutions and research teams to select the capability level that matches their program requirements and budget. Broad Application Range — From martial arts motion research and domestic assistance studies to AI training datasets and classroom robotics demonstrations, the G1 Edu is designed to show the future of human-robot collaboration in school, at work, and at home. Available Configurations G1 Edu Standard — $43,900 G1 Edu Plus — $53,900 G1 Edu Ultimate A — $65,900 G1 Edu Ultimate B — $67,900 G1 Edu Ultimate C — $67,900 G1 Edu Ultimate D — $73,900 G1 Edu Ultimate E — $63,900 G1 Edu Ultimate F — $67,900 Contact the Maverick team for a detailed breakdown of capability differences between configurations. Designed For University and institutional robotics research programs AI locomotion and manipulation development Human-robot interaction studies Robotics and STEM education programs Commercial R&D and product development teams
