37-in-1 Sensor Module Kit for Arduino – Electronics & Robotics Starter Kit
The 37-in-1 Sensor Module Kit for Arduino is a versatile collection of commonly used sensor and electronic modules for learning Arduino programming, electronics, robotics, and embedded-system development.
Designed for beginners, students, makers, and electronics enthusiasts, the kit provides a convenient way to experiment with different types of sensors, switches, LEDs, buzzers, magnetic detectors, temperature sensors, sound sensors, and input modules without purchasing each component separately.
It is an excellent choice for learning how a microcontroller interacts with the physical world through digital and analog inputs and outputs.
Key Modules & Functions
The kit provides modules for experimenting with a wide range of functions, including temperature and humidity measurement, light detection, sound detection, flame detection, obstacle sensing, magnetic sensing, vibration detection, touch input, rotary control, joystick input, relay control, infrared communication, LED indication, and audible alerts.
Modules can be connected to compatible Arduino boards and other microcontroller platforms when the appropriate operating voltage and interface requirements are observed.
Compatibility
Designed primarily for use with Arduino-compatible development boards and suitable for many other microcontrollers when electrically compatible.
Depending on the selected module and controller, projects may require digital GPIO, analog inputs, PWM, or other interfaces. Always verify the operating voltage and pinout of each module before connecting it to a 3.3V or 5V development board.
Applications
Ideal for Arduino learning, STEM education, electronics training, robotics projects, sensor experiments, DIY projects, school laboratories, prototyping, programming exercises, home automation experiments, alarm systems, and embedded-system development.
The variety of modules allows beginners to progress from simple LED and button experiments to more advanced projects involving environmental sensing, motion detection, sound, magnetic fields, and automated control.
Kit Includes
- PS2 Joystick Module – 1 pc
- Infrared Receiver Module – 1 pc
- Laser Transmitter Module – 1 pc
- Temperature & Humidity Sensor Module – 1 pc
- Infrared Sensor Module – 1 pc
- 5V Relay Module – 1 pc
- Obstacle Avoidance Sensor Module – 1 pc
- Heartbeat / Pulse Sensor Module – 1 pc
- Sound Sensor Module – 1 pc
- Metal Touch Sensor Module – 1 pc
- Flame Sensor Module – 1 pc
- RGB 3-Color LED Module – 1 pc
- L-Type LED / Light Module – 1 pc
- Linear Hall-Effect Sensor Module – 1 pc
- Rotary Encoder Module – 1 pc
- Active Buzzer Module – 1 pc
- Magic Cup / Tilt Light Module – 1 pc
- Passive Buzzer Module – 1 pc
- Digital Temperature Sensor Module – 1 pc
- Light / Photo Interrupter Module – 1 pc
- Temperature Sensor Module – 1 pc
- 2-Color LED Module – 1 pc
- Mercury Tilt Switch Module – 1 pc
- Hall Magnetic Sensor Module – 1 pc
- RGB 3-Color LED Module – 1 pc
- Mini Reed Switch Module – 1 pc
- Tilt Switch Module – 1 pc
- 7-Color Flashing LED Module – 1 pc
- Push Button Switch Module – 1 pc
- Photoresistor / Light Sensor Module – 1 pc
- Vibration Switch Module – 1 pc
- Knock Sensor Module – 1 pc
- Temperature Sensor Module – 1 pc
- Analog Hall-Effect Magnetic Sensor Module – 1 pc
- Microphone Sound Sensor Module – 1 pc
- Large Reed Switch Module – 1 pc
- Additional LED / Sensor Module as supplied
Additional Items
1 × Module Introduction / Reference Sheet
1 × Tutorial CD as supplied
Important Note
The exact appearance, PCB color, sensor model, and labeling of individual modules may vary between production batches.
Some names in the original manufacturer's module list are translated inconsistently, and several temperature, Hall-effect, sound, and LED modules may appear similar while providing different analog or digital functions. Always check the pin labels and module operating voltage before connection.
Tutorial software supplied on CD may require a compatible computer with an optical drive. Arduino libraries and example programs can also be obtained separately for individual sensor types.