Compact and portableDesign
Comprehensive programming experience
High-quality and versatile sensors integrated
19+ project-based learning lessons
Electronically and structurally expandable
Rechargeable and replaceable battery integrated
A robotics and MicroPython learning adventure
With Arduino Alvik, students, teachers and innovators can immerse themselves in the world of programming and robotics at any level and embark on a personalized, creative journey of robot research.
Inspired by the Arduino philosophy of simplifying complex technology, Alvik is an interdisciplinary tool that closes the gap between education and the future world of robotics.
Design in pocket format for flexibility
Designed for education and creativity on the go, Arduino Alvik has a compact, square design and Ideal for flexible and versatile learning environments – whether in classrooms, laboratories or at home. It is your personal robot companion, which is suitable for the practical manufacture, effortless programming or exciting robotics competitions.
Alvik is made of materials that ensure durability and reliability, and has high-quality components and assembly to ensure optimal performance in various educational activities.
From block-based to MicroPython programming
Arduino Alvik covers a range of programming languages such as block-based programming, MicroPython and Arduino C, and is designed for primary school students and advanced learners. The intuitive user interface and curriculum content turn programming into an entertaining and immersive experience and drive creativity from interactive game design to ground-breaking IoT and AI projects in line with future goals. It is seamlessly integrated into the Arduino ecosystem and enriches the learning journey for users of all skill levels.
Essential sensors, expanded options
Driven by the Arduino Nano ESP32, the Alvik robot monitors the real world and interacts with high-quality, integrated sensors. These include line tracking sensors, a time-of-flight distance sensor, a 6-axis accelerometer and gyroscope, as well as proximity and color sensors. It also offers connection possibilities for two micro servo motors. Alvik is versatile and precise and offers a world of possibilities and applications.
Continuous class time
Rechargeable and easily replaceable batteries or USB-C® charging provide continuous learning sessions and enable deeper exploration and exploration.
Personalize Alvik without boundaries
Arduino Alvik has connectors for LEGO® Technic™ and M3 screws and is also compatible with 3D printing and laser cutting design. This robot is not limited to one form - it is a canvas for your imagination!
Unleash your creativity with just one "tick"
Easily add external sensors to the Grove and QWIIC plug-and-play connectors without the need for soldering or complex wiring, allowing prototypes and experiments to be performed in minutes. Students can personalize and extend their robots for specific tasks or unique creations.
Immerse yourself in hands-on project-based learning
Immerse students in more than 19 exciting lessons with robotics and programming activities, explore robot movements and tackle innovative projects such as intelligent warehouses and smart highways. Teaching promotes interdisciplinary connections and encourages all to explore technology through practical projects and collaboration. By understanding technology, students develop critical thinking and problem solving skills to prepare for challenges in the real world.
Uniformed and clean design
The robot's unique high-quality design ensures a compact and robust product
High performance and versatile
It is operated by ESP32 and has color sensors, line-follower sensors, distance sensors, multi-axis accelerometers and gyroscopes, proximity and ambient light sensors. There is also the possibility to connect up to two servo motors
Programming in multiple languages
Coding of the robot with microPython, Arduino C and block-based programming
High quality components
The precision motor with rotary encoders enables higher consistency and better performance
Expandability
Use the robot for IoT and KI projects and expand the structure with M3 screws and Lego plugs. Connect external sensors to the Grove and QWIIC plug and play connectors
Changeable battery
Easy changing and charging of the battery for lasting performance in competitions
Arduino, AKX00066, Alvik, robot, robotics, robot technology
