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Pricelist: Retail Price (B2C) Pricelist
37 in 1 Sensor Kit Compatible with Arduino

37 in 1 Sensor Kit Compatible with Arduino

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FeatureDetails
Total Modules37 Independent Sensor & Output Boards
CompatibilityArduino, Raspberry Pi, ESP32, STM32
PackageDurable Plastic Storage Case Included
InterfaceStandard 2.54mm Header Pins
LevelBeginner to Advanced IoT Projects
Input Voltage3.3V to 5V DC
Price
₹ 868.64 ₹ 868.64
(Tax included)

Product Description The 37-in-1 Sensor Kit is the most comprehensive sensor bundle designed for makers, educators, and hobbyists diving into the world of Arduino and microcontrollers. This kit consolidates 37 unique modules and sensors onto standard PCBs with 2.54mm headers, allowing for easy "plug-and-play" prototyping. From simple LEDs and buzzers to complex sensors like dual-axis joysticks, ultrasonic receivers, and Hall-effect switches, this kit covers almost every fundamental input and output logic required for robotics, IoT, and home automation. Each module is designed to be directly compatible with the Arduino IDE and requires minimal wiring to get started, making it the perfect starting point for learning electronic hardware.

Key Features

  • Massive 37-Piece Variety: Includes temperature, sound, light, infrared, magnetic, and motion sensors, ensuring you have the right tool for any project.

  • Standardized 2.54mm Headers: Every module is pre-soldered with standard pin headers, making them breadboard-friendly and compatible with Dupont jumper wires.

  • Multi-Platform Support: Works seamlessly with Arduino Uno, Nano, Mega, Raspberry Pi, ESP32, and STM32 development boards.

  • Organized Storage: Comes in a high-quality, compartmentalized plastic storage box to keep your workspace tidy and prevent pin damage.

  • Beginner Friendly: Eliminates the need for soldering or searching for individual components; jump directly from unboxing to coding.

Technical Details

  • Digital & Analog Outputs: Features a mix of binary digital switches and linear analog sensors for varied data acquisition.

  • On-board ICs: Many modules include built-in comparators (LM393) or specialized ICs for signal conditioning.

  • Voltage Compatibility: All modules operate safely within the 3.3V to 5V range, suitable for low-power IoT applications.

  • Sensor List Highlights: Includes Joystick, Relay, Big/Small Sound, Tracking, Avoidance, Flame, Linear Hall, Touch, Digital Temp, Active/Passive Buzzer.

  • Specialized Inputs: Features Tilt switch, Mercury switch, Photoresistor (LDR), and 7-color Flash LED.

  • Communication: Includes Infrared (IR) Transmitter and Receiver pairs for wireless remote control projects.

  • Rotary Encoder: Provides a professional user-interface component for menu scrolling and volume control.

  • Environmental Sensors: Includes several types of Temperature and Humidity sensors (Thermistor, DS18B20 style).

  • Magnetic Detection: Features both Reed Switches and Hall-Effect sensors for speed and proximity sensing.

  • Optical Sensing: Includes Light Blocking and Photo Interrupter modules for precise mechanical position tracking.

  • Signal Protection: Each PCB is designed with essential resistors and capacitors to prevent floating inputs and signal noise.

  • Durability: Modules are mounted on high-grade FR-4 glass-fiber PCBs with high-quality solder joints.

  • Educational Scope: Covers topics from simple GPIO toggling to ADC reading and interrupt-driven programming.

  • Power Efficiency: Most modules consume <20mA, allowing multiple sensors to be powered simultaneously from a single Arduino board.

  • Logic Level Consistency: Standard TTL logic levels make it easy to bridge different microcontrollers.

Prototyping and Engineering Tips from Robogears

  • 9V Battery Use: While the sensors work on 5V, you can power your Arduino via a 9V battery through the DC jack. The Arduino's internal regulator will then provide the stable 5V needed for the sensor kit modules. Never connect 9V directly to the sensor pins.

  • 18650 Cell: A single 18650 cell (3.7V) can power most of these modules. However, for modules with relays or buzzers, we recommend a 5V Boost Converter to maintain full sound and switching performance as the battery voltage drops.

  • IC & Capacitor Tip: When using many sensors at once, add a 100uF electrolytic capacitor across the breadboard's power rails. This prevents "voltage sag" when high-current modules like the Relay or Buzzer activate.

  • Related Products: We recommend pairing this with our Arduino Uno R3, Jumper Wire Kits (Male-to-Female), and 830-Point Solderless Breadboards.

Package Includes

  • 1 x 37-in-1 Sensor Kit (Assorted Modules).

  • 1 x Compartmentalized Plastic Storage Box.

Disclaimer Image is for illustration purpose only 2-3 lines. Some modules, such as the tilt or vibration sensors, may contain small mechanical parts or mercury. Handle with care and do not attempt to disassemble the individual module casings.