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This sensor kit stands apart by bundling 37+ individual modules in one compact, eco-conscious package, eliminating the need to source components one by one. It covers the full spectrum from basic environmental sensing to motion and wireless IR control, making it a go-to bench companion for rapid prototyping and STEM learning.

Highlights

• 37+ sensor modules: temperature, humidity, light, motion (PIR), ultrasonic, sound, vibration, tilt, Hall effect, flame, rain, soil moisture, rotary encoder, joystick, button, reed switch, IR receiver/transmitter and more
• Works with Arduino, Raspberry Pi, ESP32, STM32 and other 3.3V/5V microcontrollers
• Mixed interfaces: digital I/O, analog input, I2C, SPI – breadboard-friendly with jumper wires
• Reduced-paper packaging: digital documentation and tutorials provided online
• Beginner to intermediate learning curve – ideal for education, DIY and prototyping

In daily use

Each module is clearly labelled and ready to plug into a breadboard or connect via jumper wires. The kit includes common accessories such as jumper wires and a breadboard (contents may vary slightly), so you can start experimenting immediately. Whether you are building a weather station, a motion-activated alarm, a line-following robot, or an interactive art installation, the variety of sensors covers most hobbyist and educational needs.

Full specifications

• Kit type: General purpose sensor kit
• Number of modules: 37+ individual sensor modules
• Included sensor types: temperature, humidity, light, motion (PIR), ultrasonic, sound, vibration, tilt, Hall effect, flame, rain, soil moisture, rotary encoder, joystick, button, reed switch, IR receiver/transmitter, and more
• Compatibility: Arduino, Raspberry Pi, ESP32, STM32, and other microcontrollers
• Interface types: digital I/O, analog input, I2C, SPI
• Operating voltage: 3.3V - 5V DC
• Output type: digital, analog
• Connectivity: breadboard-friendly, jumper wire compatible
• Documentation format: digital (online tutorials, PDF guides, example code)
• Packaging: eco-friendly, minimalist, reduced paper
• Target audience: STEM education, DIY enthusiasts, prototyping, hobbyists
• Learning curve: beginner to intermediate
• Required skills: basic electronics knowledge, introductory programming (C++/Python)
• Applications: robotics, home automation, environmental monitoring, interactive art, IoT projects
• Included accessories: jumper wires, breadboard (may vary by specific kit)
• Material: mixed (PCB, plastic, metal components)

Final note

A practical, all-in-one sensor collection that respects both your workbench and the environment – fewer boxes, more possibilities.