The Turino Robotics Kit is an advanced educational robotics platform designed for students who are ready to move beyond basic robotics and explore artificial intelligence, autonomous navigation, and advanced programming concepts. It is well suited for advanced STEM classes, university laboratories, robotics clubs, competitions, and project-based learning environments where learners work with real-world robotic systems.
Turino represents the natural next step after beginner and intermediate robotics kits, enabling students to progress from simple rule-based robots to systems capable of perception, decision-making, and autonomy. The platform supports deeper learning in robotics, computer vision, and intelligent control while maintaining a practical, hands-on approach.
Lessons for the Turino Robotics Kit are available on the Nextlab.tech learning platform in a ready-to-use format, allowing educators and students to start immediately. The platform provides structured learning content, step-by-step guidance, and project-oriented activities that support both classroom instruction and independent study.
Turino is especially suitable for advanced classroom environments, extracurricular robotics programs, capstone projects, and competitive teams. Its architecture combines powerful processing, integrated vision, wireless connectivity, and flexible control methods, enabling students to work with modern robotics technologies used in research and industry. The kit is recommended for students aged 14 and above with basic knowledge of electronics and programming.
Typical Projects and Learning Activities
Using the Turino Robotics Kit, students can develop a wide range of advanced robotics projects, such as autonomous line-following robots, obstacle avoidance and maze navigation systems, and vision-based robots capable of detecting and tracking faces or objects. Additional projects include remote-controlled robots with live feedback, AI-assisted navigation tasks, and networked robots that communicate wirelessly with other devices or systems.
Students can also explore more advanced topics such as integrating computer vision with movement logic, implementing intelligent decision-making algorithms, and working with professional robotics software frameworks as a foundation for future research and development.
Learning Outcomes and Educational Value
Through these projects and the ready-to-use lessons on the Nextlab.tech platform, learners develop practical skills in autonomous robotics, AI concepts, computer vision, system integration, and advanced programming. The Turino Robotics Kit provides a powerful learning environment for institutions and educators seeking to introduce students to modern, intelligent robotics while preparing them for advanced academic pathways and real-world engineering challenges.
Key Features and Capabilities
Turino is a high-performance robotics platform that enables learners to build and program advanced robotic systems with real autonomy and perception capabilities:
- Advanced vision and AI features — built-in camera allows the robot to detect and track faces and moving objects autonomously.
- Autonomous navigation and obstacle avoidance — sensors and smart algorithms help the robot plan and follow paths on its own.
- Line-following skills for challenges and competitions — supports standard robotics tasks like line-following and maze navigation.
- Real-time feedback via OLED display — students can monitor critical data such as battery level and network information directly on the robot.
- High-speed wireless connectivity — built-in wireless communication enables networked control and remote learning experiments.
- Gamepad control for intuitive interaction — allows manual operation and interactive demonstrations.
- Compatibility with ROS (Robot Operating System) — exports an entry point into professional robotics software and frameworks for advanced projects.
What’s Included in the Kit
The Turino Robotics Kit includes a complete set of components for building a capable autonomous robot platform:
- Jetson Nano Developer Kit ×1
- 64 GB Micro SD Card ×1
- IMX219-160 camera module ×1
- JetBot expansion board ×1
- Wireless-AC8265 network adapter ×1
- High-torque geared motors ×2
- Wheels ×2 and omni-directional wheels ×2
- Sturdy metal chassis ×1
- Camera mount and acrylic parts ×1
- EU 12.6 V power adapter ×1
- 12.6 V battery charger ×1
- Wireless gamepad ×1
- Cooling fan ×1
- MicroSD card reader ×1
- Screwdriver set and hardware ×1
- Cables and tool kit ×1
- Wrench ×1 NEXTLAB.TECH
Real-World Robotics Applications
Turino opens the door to advanced robotics topics and practical STEM applications, including:
- Computer vision education — learners can train and test object and face detection models.
- Autonomous navigation and mapping — students build systems that navigate physical environments with minimal intervention.
- AI-powered robotics competitions — Turino is eligible for advanced robotics challenges that require AI behavior and autonomous performance.
- Integrated learning with ROS and open-source tools — supports progression into professional robotics frameworks.
- Remote control and networking experiments — wireless features allow remote operation, data telemetry, and connected lab projects.
