AGIBOT D1 EDU Educational Robot | STEM Programmable Platform with AI Learning, Classroom Teaching and Research Support — Integrated Computer Vision, Autonomous Navigation and SDK
1. Product Overview The AGIBOT D1 EDU is a programmable AI quadruped mobile robot designed for STEM education, robotics training, AI development and research experiments. It features high-performance locomotion, multimodal perception and an open development platform, providing students, teachers, researchers and developers with a real-world robotics practice and AI validation environment. Locomotion: The D1 EDU is equipped with 12 precision aluminum-alloy joint motors, achieving a top speed up to 3.5 m/s. It supports standard motions such as standing, lying down, damping, pitch adjustments, high/low posture, and horizontal turning, and can perform advanced maneuvers including forward jump, upward jump, two-leg stand, backflip and greeting gestures. It is suitable for teaching robot motion control, algorithm validation and interactive demonstrations. Perception & Expansion: The D1 EDU supports real-time image streaming and comes with a wide-angle camera for environment perception, visual recognition and path-planning experiments. It is open for secondary development and provides multiple expansion interfaces — Ethernet, USB, power port, SBUS and UART — enabling developers to add sensors, computing modules or external devices to quickly build custom robotic applications. Structure & Applications: The chassis combines aluminum alloy with high-strength engineering plastics for strength, stability and an industrial aesthetic. It is ideal for university robotics courses, automation control labs, AI algorithm validation, science museum interactive exhibits, trade show demonstrations, graduation projects, academic research and secondary development projects. 2. Specifications (1) Basic Information Material: Aluminum alloy + high-strength engineering plastic Standing dimensions (L × W × H): approx. 635 mm × 360 mm × 420 mm Prone dimensions (L × W × H): approx. 675 mm × 435 mm × 145 mm Weight (including battery): 15.5 kg Operating temperature: 0°C–40°C Charging time: ≤ 2 h Battery life: 1–2 h Range: 6 km (2) Performance Compute: 8-core high-performance CPU Maximum power output: 3500 W Top speed: 3.5 m/s Maximum payload: ≈ 8 kg Continuous step-over height: 16 cm Maximum climbing angle: 40° Ground jump height: 35 cm (3) Joint Parameters Actuator type: High power-density motion units Maximum joint torque: 48 N·m Number of precision aluminum-alloy joint motors: 12 Body joint range: -28° to 28° Thigh joint range: -170° to 66° Shank joint range: 35° to 156° Camera field of view: DFOV 122°, HFOV 111°, VFOV 70° (4) Sensors IMU: Standard configuration
