37-in-1 Sensor Kit (Beginner-
Friendly, Arduino Compatible) Product
Introduction
List of 37 sensor module kits:
1. PS2 joystick game joystick module
2. Infrared sensor receiving module
3. Laser head sensor module
4. Temperature and humidity sensor module
5. Infrared emission sensor module
6.5V relay module
7. Obstacle avoidance sensor module
8. Finger heartbeat detection module
9. High sensitivity microphone sensor module
10. Metal touch sensor module
11. Flame sensor module
12.3 Color LED Module
13. Line finding sensor module
14. Linear magnetic Hall sensor
15. Rotary encoder module
16. Active buzzer module
17. Magic Light Cup Module
18. Small passive buzzer module
19. Digital temperature sensor module
20. Optical breaker module
21. Temperature sensor module
22. Dual color LED module with a total sizeof 3MM
23. Mercury lighting module
24. Hall magnetic sensor module
25.3 color full-color LED SMD module
26. Mini magnetic spring module
27. Tilt switch module
28. Colorful automatic flashing LED module
29. Button switch module
30. photoresistor module
31. Vibration switch module
32. Tap the sensor module
33. Temperature sensor module
34. Analogous Hall Magnetic Sensor
35. Microphone sound sensor module
36. Large magnetic spring module
37. Dual color LED module
This 37-in-1 sensor kit is specifically designed for campus teachers, students, and STEM beginners, serving as an essential practical tool for electronic experimental learning and robot programming in campus scenarios. It is fully compatible with Arduino boards (including Uno, Nano, and other models commonly used in campus STEM courses), making it easy to operate even for students and teachers with no prior professional electronic or programming experience.
The kit includes a complete set of 37 practical sensors and matching accessories, covering all core components required for basic robot assembly and programming in campus teaching. Each sensor undergoes pre-testing to ensure stability and reliability, with clear labeling and a simplified wiring design—greatly reducing the operational difficulty for students and enabling teachers to easily guide classroom experiments. Whether used for in-class STEM lessons, after-school maker activities, or student self-directed learning, this kit fully meets the basic needs of electronic experiments and robot programming teaching.
With a user-friendly design tailored for campus use, the kit is suitable for beginners of all ages, especially primary and secondary school students and STEM enthusiasts. It supports both Scratch-based graphical programming (ideal for younger students and those new to programming) and C/C++ code programming (suitable for older students and in-depth learning), allowing teachers and students to choose the mode that fits their learning and teaching levels. The components are neatly packaged in an organized case, easy to store and carry—perfect for classroom group activities and after-school practice. The installation process is simple, requiring no professional skills; students can complete wiring and start experiments quickly under the guidance of teachers.
In addition, all components of the kit comply with strict campus safety standards, using non-toxic and environmentally friendly materials to ensure safe use in both campus classrooms and home practice environments. Widely applied in campus STEM courses, after-school maker clubs, and student self-study, this kit helps teachers enrich teaching content and diversify classroom activities, while enabling students to master basic electronic knowledge, programming skills, and practical operation abilities through hands-on experiments—making it a perfect teaching aid and learning tool for campus STEM education.
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