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HC-SR501 PIR Sensor (Passive Infrared Sensor) + IR Proximity SensorHC-SR501 PIR Sensor (Passive Infrared Sensor) + IR Proximity Sensor The HC-SR501 PIR Motion Sensor Module allows you to sense motion. It is almost always used to detect the motion of a human body within the sensor’s range. It is often referred to as...
- Rs 115/-
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Rs 129/-
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5 in 1 Sensor Kit for Arduino5 in 1 Sensor Kit for Arduino The 5 in 1 sensor kit is an amazing way to learn about embedded systems and electronics engineering. This sensors kit contains 5 different components that are compatible with Arduino. These sensors are easy to use and understand and...
- Rs 309/-
- Rs 309/-
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Rs 348/-
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Turbidity Sensor with Arduino Nano R3 Development Board Compatible with ArduinoTurbidity Sensor with Arduino Nano R3 Development Board Compatible with Arduino The Nano board R3 is integrated with the CH340 chip and is compatible with Arduino. Each of the 14 digital pins on the Nano can be used as an input or output, using pinMode(),...
- Rs 724/-
- Rs 724/-
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Rs 1,345/-
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37 in 1 Sensors Kit Compatible with Arduino for Robotics & IoT Projects37 in 1 Sensors Kit Compatible with Arduino The 37 in 1 Sensors Kit Compatible with Arduino is a complete learning kit designed for students, beginners, makers, educators, and robotics enthusiasts who want hands-on experience with electronics, programming, and embedded systems. Featuring 37 commonly...
- Rs 909/-
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Rs 1,499/-
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9 in 1 Sensor Kit for Arduino9 in 1 Sensor Kit for Arduino The 9 in 1 Arduino sensors kit is an amazing way to learn about embedded systems and electronics engineering. This sensors kit contains 9 different components that are compatible with Arduino. These sensors are easy to use...
- Rs 546/-
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Rs 615/-
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DIY Automatic Sanitizer Dispenser KitDIY Automatic Sanitizer Dispenser Kit With the help of a DIY automatic Sanitizer dispenser Kit, you can make your own Automatic Sanitizer at home and protect yourself. The kit includes necessary tools and components like an IR sensor, Relay Module, Motor Pump, Jumper Wires, Adapter, and DC Jack/Splitter....
- Rs 339/-
- Rs 339/-
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Rs 406/-
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24 in 1 Sensors DIY Learning Kit24-in-1 Sensors DIY Learning Kit The DIY sensors learning kit is an amazing way to learn about embedded systems and electronics engineering. This sensors kit contains 24 components that are compatible with Arduino. These sensors are easy to use and understand and therefore do...
- Rs 1,955/-
- Rs 1,955/-
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Rs 2,188/-
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Sensor Kits for Arduino & Raspberry Pi
Sensor Kits for Arduino & Raspberry Pi
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4WD Smart Robot Car Chassis Kit with Motors for Arduino & Robotics
4WD Smart Robot Car Kit with Acrylic Chassis The 4WD Smart Robot Car Kit is a complete robot chassis platform designed for Arduino Boards, ESP32 Development Boards, Raspberry Pi Boards, and other development boards used in robotics projects. Featuring a durable double-layer acrylic chassis,...
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2WD Two Wheel Drive DIY Kit - A Smart Robot Car with Chassis
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Sensor kits are collections of various sensors designed for hands-on learning and real-world applications in electronics, IoT, and robotics. These kits include components like temperature, motion, pressure, humidity, and light sensors, allowing users to explore how sensors detect and respond to environmental changes. They play a crucial role in data collection, automation, and smart systems, bridging the gap between the physical and digital world.
With Arduino and Raspberry Pi, integrating multiple sensors becomes seamless using I2C, SPI, or analog connections. This makes sensor kits ideal for DIY electronics, STEM education, and prototyping smart devices like home automation systems, weather stations, and security alarms. Arduino sensor shields further expand possibilities by enabling multiple sensor connections for advanced projects.
Sensor kits provide a practical introduction to IoT and automation, making them perfect for students, hobbyists, and engineers. Whether for learning, experimenting, or building innovative solutions, these IoT sensor kit for projects offer a versatile and interactive way to explore the world of sensor technology.
Step-by-Step Guides for Each Sensor in the Kits
- Unbox the Kit: Inventory all sensors-IR, ultrasonic, motion, temperature, gas, etc. Label them immediately.
- Sensor Mounting & Wiring: For each sensor: connect VCC, GND, and signal pins to Arduino/RPi; ensure correct voltage.
- Basic Test Code: Upload simple test sketch/py script to confirm functionality-read value, print it.
- Calibration: Adjust code thresholds or mapping if needed (e.g., temperature sensor scale, ultrasonic distance conversion).
- Integration: Combine two or more sensors in one sketch/project-e.g., temperature + humidity → display; motion + buzzer → alarm.
- Logging or Display: Use Serial Monitor, LCD/OLED display, or IoT dashboard to visualize sensor data.
- Final Project Assembly: Secure sensors neatly on a board or chassis, tidy wiring, label, and test.
Tips for Beginners to Organize & Manage Sensor Kits
- Use compartment boxes for sensors sorted by type (motion, temperature, gas etc.).
- Label each sensor with a sticker: “Model + Voltage + Pinout” for quick reference.
- Maintain a spreadsheet or inventory list: sensor name, specs, date bought, test status.
- Keep jumper wires and boards in separate transparent bags to avoid mixing.
- Create a “sensor log book”: document first test results, calibration values, sample code snippets.
- Use a small rack or shelf for kits: base board, power supply, breadboard, modules all ready.
- Encourage students or makers to keep wiring clean and modules mounted to reduce damage.
Educational Applications for STEM Learning
- Teach electronics fundamentals: voltage, current, sensor output, analog vs digital.
- Demonstrate coding logic and data handling: reading sensors, using conditionals, mapping values.
- Enable project-based learning: students build an actual device (monitor, robot, alarm) using kit sensors.
- Encourage group work: one team selects sensors, another writes code, another builds physical setup → collaborative STEM.
- Use kits for science fairs and demonstrations: real-time data visualisation, interactive installations.
- Link to cross-discipline learning: combine sensors with environmental science (humidity, gas), robotics (motion, distance), IoT (data upload).
Sample Projects (Arduino & Raspberry Pi)
- Arduino – “Room Monitor”: Use DHT22 (temp/humidity), MQ-135 (air quality), and OLED display. Show real-time readings and thresholds.
- Arduino – “Obstacle Avoider Robot”: Use HC-SR04 ultrasonic + IR line sensors to navigate a small rover chassis.
- Raspberry Pi – “Smart Plant Tracker”: Use soil moisture sensor + light sensor + temperature sensor + upload data to cloud dashboard via WiFi.
- Raspberry Pi – “Home Security Node”: Use PIR motion sensor + magnetic reed switch + relay module → send alert when motion or door event detected.
Best DIY Sensor Kits Online in India
Robocraze offers top-notch quality all in one sensor kits in India, and the prices are unbeatable. Plus, free & fast shipping, easy returns, and COD options made the whole shopping experience smooth. Our tech support is amazing—super helpful for beginners! If you're into IoT, robotics, or automation, Robocraze has the best deals on Arduino and Raspberry Pi sensor kits.
Sensor Kits Price in India
| Sr. No | Sensor Type | Price |
| 1. | 37 in 1 Sensors Kit for Arduino | Rs.979/- |
| 2. | 9 in 1 Sensor Kit for Arduino | Rs.585/- |
| 3. | 5 in 1 Sensor Kit for Arduino | Rs.374/- |
| 4. | DIY Automatic Sanitizer Dispenser Kit | Rs.332/- |
| 5. | 24 in 1 Sensors DIY Learning Kit | Rs.1358/- |
| 6. | Turbidity Sensor with Nano Development Board Compatible with Arduino | Rs.1175/- |
| 7. | HC-SR501 PIR Sensor (Passive Infrared Sensor) + IR Proximity Sensor | Rs.215/- |
Arduino Sensor Kits
The Arduino Sensor set is designed for Makers who are just beginning to use Arduino to delve into the huge world of electronics and programming. With the help of an Arduino sensor kit, you may learn how to wire up and programmed basic Grove modules, which contain both sensors and actuators.
At Robocraze, you can get the premium qualit of sensor kits for Arduino projects. We have varied options for the sensor module kit as listed above. These Arduino compatible sensor kits have all the sensor set and can help you kickstart your projects and give the initial boost to your experiment. The sensors have just about everything you need.
Types of Arduino Sensors Kits Contain:
- Gesture sensor set
- Humidity sensor set
- Temperature set
- Motion sensor
- Touch sensor set
- Sound sensor set
- Altitude sensor set
- Acceleration sensor set
- And more
Popular Searches:
IR Proximity/Motion Sensor | Distance/Proximity Sensor | Gas Sensor | pH/Turbidity/Flow Sensor | Accelero/Gyro Sensor | Load Sensor | Pressure Sensor | Biomedical Sensor | Light Sensor | Current/Voltage Sensor | Magnetic sensor | Miscellaneous | Temperature Sensor | Eye Blink Sensor
1. What is a sensor module?
Electronic devices that detect and react to a certain type of input from the physical environment are called sensors and modules (which also have additional electronic circuitry in addition to the sensor).
2. What are the types of sensors?
Types of Sensors
- Position Sensors.
- Pressure Sensors.
- Temperature Sensors.
- Force Sensors.
- Vibration Sensors.
- Piezo Sensors.
- Fluid Property Sensors.
- Humidity Sensors.
3. Where can I buy sensor kit?
You can buy a sensor kit online at Robocraze for the best prices. At Robocraze, you can choose your favorite kits of sensors or sensor module kit for sure.
4. What sensors are included in the 37-in-1, 9-in-1, and 5-in-1 kits?
Perfect for comprehensive electronics learning, the 37-in-1 kit includes motion sensors, flame detection, sound modules, temperature/humidity units, IR receivers, joysticks, light sensors, relays, LEDs, buzzers, and more. With 37 diverse modules, it's ideal for exploring various sensor types, building complex projects, and understanding how different components interact in real-world applications.
5. Are the kits beginner-friendly?
Yes, they are built with beginners in mind. If you’re just stepping into electronics, these kits feel like a gentle hand on your shoulder. The simpler sets give you easy wins, while the larger kit lets you grow without running out of things to try. Students, hobbyists, and curious tinkerers can all find their pace here without getting overwhelmed.
6. Can the sensors be used with Raspberry Pi projects?
Absolutely. These sensors aren’t picky. They shake hands comfortably with Raspberry Pi, just like they do with Arduino and other popular boards. So whether you’re building a security alarm on a Pi or a temperature-logging system on a microcontroller, the sensors slide right into your setup and get to work.
7. Do the kits come with manuals or project tutorials?
Most kits are supported with guides, wiring diagrams, or example code to help you get moving. You’ll find explanations for how each sensor behaves and how to connect it, making the learning curve feel more like a steady incline than a steep climb. And since these kits are widely used in maker communities, there’s no shortage of tutorials and project ideas floating around to spark your imagination.
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