Alvik Arduino Robot

Key Features

• Programmable educational robot for STEM, robotics, coding, and automation learning.
• Powered by Arduino Nano ESP32 with wireless connectivity support.
• Supports MicroPython, Arduino language, and block-based coding workflows.
• Built-in Time-of-Flight distance sensor for obstacle detection and distance measurement.
• RGB color sensor for color recognition and interactive robotics projects.
• Line follower array for autonomous path-following robot activities.
• 6-axis gyroscope and accelerometer for motion, tilt, and orientation-based experiments.
• Touchable buttons for user input and interactive programming tasks.
• RGB LEDs and 6V motors for movement control and visual feedback.
• Expandable using LEGO Technic connectors, M3 screws, servo motor, Grove, and Qwiic connectors.
• Rechargeable and replaceable 18650 Li-Ion battery support for classroom use.
• Suitable for primary, secondary, senior school, college, and robotics training environments.

Product Specifications

Applications of StemAids Alvik Arduino Robot

The StemAids Alvik Arduino Robot is designed for project-based learning where students can connect coding concepts
with physical robot movement and sensor feedback. It is suitable for structured classroom lessons as well as open-ended
robotics challenges.

• STEM robotics classroom activities.
• Arduino and MicroPython programming practice.
• Obstacle avoidance robot projects.
• Line-following robot experiments.
• Color detection and sorting demonstrations.
• Motion, tilt, and orientation-based learning activities.
• Wireless robotics and Bluetooth-based control projects.
• Smart warehouse automation model projects.
• Robotics competitions and coding workshops.
• Engineering mini-projects and maker space experiments.

How to Use Alvik Arduino Robot

1. Charge the Robot:
   Charge the robot using the USB-C connection or ensure the rechargeable 18650 battery is properly installed.
2. Install the Required Software:
   Use Arduino IDE, MicroPython tools, or supported block-based coding software depending on the learner’s level.
3. Connect the Robot:
   Connect the Alvik Arduino Robot to a computer using a USB cable and select the correct board and port in the software.
4. Start with a Basic Program:
   Begin with simple tasks such as moving forward, turning, blinking LEDs, or reading sensor values.
5. Use Built-in Sensors:
   Test the distance sensor, line follower, color sensor, touch buttons, accelerometer, and gyroscope.
6. Create Movement Logic:
   Program the robot to avoid obstacles, follow a line, detect colors, respond to touch inputs, or navigate a path.
7. Add Extensions:
   Use LEGO Technic connectors, M3 screws, servo motor support, Grove, or Qwiic connectors to expand the robot.
8. Test and Improve:
   Run the robot on a safe flat surface, observe the output, adjust the code, and improve the project step by step.

Why Choose StemAids Alvik Arduino Robot?

StemAids provides STEM-focused learning products for schools, colleges, laboratories, and technical training programs.
The StemAids Alvik Arduino Robot supports hands-on robotics education by combining coding, sensors, wireless control,
movement, and expansion in one compact platform.

• STEM Learning Focus: Suitable for coding, robotics, automation, and electronics education.
• Multi-Level Programming: Supports learners from visual coding to MicroPython and Arduino programming.
• Integrated Sensors: Enables practical projects using distance, color, line, motion, and touch inputs.
• Expandable Design: Supports LEGO Technic, M3 mounting, servo, Grove, and Qwiic extensions.
• Classroom Ready: Useful for demonstrations, lab sessions, workshops, and robotics competitions.
• Project-Based Learning: Encourages problem solving, computational thinking, and engineering creativity.

SEO Product Summary

The StemAids Alvik Arduino Robot is a programmable educational robotics platform for STEM learning,
Arduino coding, MicroPython projects, block-based programming, line following, obstacle avoidance, color sensing,
wireless robotics, and classroom automation projects. It is suitable for students, teachers, robotics trainers,
schools, colleges, makerspaces, and engineering project labs.

Frequently Asked Questions

1. What is the StemAids Alvik Arduino Robot used for?

It is used for STEM education, robotics training, coding practice, Arduino programming, MicroPython projects,
obstacle avoidance, line following, color sensing, and automation-based learning activities.

2. Is Alvik Arduino Robot suitable for beginners?

Yes. It is suitable for beginners through block-based coding and also supports advanced learning through MicroPython
and Arduino programming.

3. Which controller is used in the Alvik Arduino Robot?

The robot uses an Arduino Nano ESP32 as its main controller and includes an onboard STM32 Arm Cortex-M4 32-bit core.

4. Does the robot support wireless connectivity?

Yes. The Alvik Arduino Robot supports Wi-Fi and Bluetooth Low Energy connectivity for wireless projects and advanced
robotics applications.

5. What sensors are built into the robot?

It includes a Time-of-Flight distance sensor, RGB color sensor, 3-point line follower array, 6-axis gyroscope and
accelerometer, and touch-sensitive buttons.

6. Can the robot follow a line?

Yes. The robot includes a line follower array that can be programmed for path tracking and autonomous line-following
activities.

7. Can the robot detect obstacles?

Yes. The Time-of-Flight distance sensor allows the robot to detect obstacles and measure distance, making it useful
for obstacle avoidance projects.

8. Can students customize the robot?

Yes. Students can expand and customize the robot using LEGO Technic connectors, M3 screw connectors, servo motor
support, Grove connectors, and Qwiic connectors.

9. Is this robot suitable for schools and colleges?

Yes. It is suitable for school STEM labs, college electronics labs, robotics clubs, coding workshops, maker spaces,
and engineering mini-projects.

10. Why choose StemAids Alvik Arduino Robot?

StemAids offers STEM-focused educational products designed for practical learning. The Alvik Arduino Robot provides
an integrated platform for robotics, coding, sensors, wireless control, and project-based classroom education.