Quadruped Robot
Academia & Education Solution
Academia & Education Solution
Deploy an autonomous quadruped robot tailored for academia and education—offering an open, modular platform for hands‑on learning, real‑time data collection, and advanced research in AI, control algorithms, and robotics experimentation to empower students and researchers.
DEEP Robotics powers missions for companies worldwide.
Comprehensive Educational Resources
Provides a range of development resources—clear, user‑friendly manuals and step‑by‑step instructional videos—to guide you in understanding and operating the robot.
Developer Community Support
Gain access to practical secondary development cases and join an active community of robotics developers. Collaborate to exchange insights, troubleshoot challenges, and build upon shared experiences—enabling you to customize and extend robot functionalities for your specific applications.
Immersive Development Experience
Engage with installation, control, and programming to explore robotic principles and strengthen your development skills through hands‑on practice.
X30 Educational & Research Add-ons
Supports diverse module assembly for numerous applications in various industries.
Bi-spectrum Camera
Equipped with infrared, visible light image transmission, intelligent recognition, defect alarm analysis and other functions, it supports automatic focusing and SDK secondary development.
Agile Robotic Arm
It can be equipped with end loads such as a camera and gripper to achieve remote grabbing, switching doors, picking up items, and other operations.
Smart Controller
The navigation host motherboard simultaneously handles business-related program processing, primarily providing functions such as map construction and location navigation.
Event Support
China Robot Competition
Raicom Robot Developer Competition
Chinese Collegiate Computing Competition
iCAN International Contest of Innovation
FAQs – Education & Research & Entertainment
DEEP Robotics quadruped robots such as the Lite 3, X30, and Lynx M20 are versatile platforms for academic and research environments. They enable hands-on learning in robotics, reinforcement learning for quadruped locomotion, AI-driven navigation, and multi-sensor data collection. Their adaptability makes them valuable for university faculty, students, and developers in both classroom and laboratory settings.
Yes. DEEP Robotics provides SDKs, APIs, and open-source resources on its GitHub page. Users can program in Python, C++, and ROS, leveraging onboard NVIDIA Jetson processors (Lite3 Pro and LiDAR) to run AI algorithms, computer vision, and real-time autonomous control.
-
Reinforcement learning experiments for quadruped locomotion
-
AI, robotics, and machine learning curriculum projects
-
Motion planning and navigation in all-terrain environments
-
Human-robot interaction studies
-
Digital twin and robotics simulation for research labs
-
Robotics competitions for college students and hobbyists
The Lynx M20 is an industrial-grade quadruped robot with powerful mobility and all-terrain adaptability. While primarily designed for industrial inspection and field operations, it is also well-suited for advanced research projects in outdoor robotics, autonomous navigation, and robotics engineering programs. Its durability makes it an excellent choice for universities and labs that want to test robotics solutions in real-world conditions.
Yes. The Lite 3 offers a compact, interactive platform that doubles as a programmable robot pet, allowing coding enthusiasts and robotics clubs to experiment with tricks, locomotion patterns, and entertainment features. It bridges learning and fun while promoting STEM education.
DEEP Robotics provides:
-
Developer-friendly manuals and tutorials
-
Sample code libraries on GitHub
-
APIs for reinforcement learning and locomotion control
-
Integration with ROS, Gazebo, and other simulation platforms
-
Global developer community support
-
Lite 3: Affordable and versatile, ideal for coding education, robotics clubs, and competitions.
-
X30: Advanced research platform with modular add-ons and industrial-grade mapping capabilities.
-
Lynx M20: Industrial-grade, all-terrain quadruped robot, perfect for outdoor robotics research, autonomous navigation studies, and engineering experiments.
Yes. Powered by NVIDIA Jetson edge AI computing, DEEP Robotics quadruped robots seamlessly integrate with reinforcement learning frameworks, computer vision models, and robotics simulation platforms. They allow faculty and students to experiment with state-of-the-art AI-driven quadruped locomotion.
-
Faculty: Reliable platforms for robotics courses, AI research, and engineering projects.
-
Students: Hands-on experience with real-world robotics, coding, and competition-ready platforms.
-
Developers & Hobbyists: Open programming interfaces for building custom applications, experiments, or entertainment projects.
DEEP Robotics offers a complete lineup of quadruped robots—from the Lite 3 for education, to the X30 for advanced research, to the Lynx M20 for industrial-grade all-terrain experiments. With open-source developer tools, NVIDIA Jetson-powered AI, and strong community support, DEEP Robotics empowers innovation in universities, research labs, and robotics clubs worldwide.
