Sensor Starters Kit For Arduino 37pcs
Sensor Starters Kit For Arduino 37pcs
Sensor Starters Kit For Arduino 37pcs
Sensor Starters Kit For Arduino 37pcs

Sensor Starters Kit For Arduino 37pcs

Sensors
ARD700
Part.No: AE002
€30.90
In Stock
Immediate Dispatch
Kuongshun AE002 Sensor Starter Kit for Arduino — 37 ready-to-use breakout board modules covering light, sound, temperature, motion, magnetic fields, and user input. The ideal all-in-one toolkit for makers, students, and STEM educators who want to experiment without soldering.

 

The Kuongshun Sensor Starter Kit AE002 is a 37-piece module collection purpose-built for Arduino experimentation. Whether you are a student taking your first steps in electronics, a hobbyist building a home-automation project, or an educator running STEM workshops, this single box gives you the sensing hardware you need to go from idea to working prototype fast. Every module ships as a fully assembled breakout board — no soldering required, plug straight into a breadboard or jumper wires.

Key Features

  • 37 unique sensor & actuator modules: One kit covers the most common sensing categories used in real-world Arduino projects → no need to source components individually
  • Ready-to-use breakout boards: All modules are pre-soldered onto PCBs with header pins → connect directly with Dupont jumper wires, zero soldering required
  • Wide sensing spectrum: Light, sound, temperature, motion, magnetic fields, vibration, touch, joystick, buttons, and more → supports a huge variety of project types from a single kit
  • STEM & education-ready: Module selection mirrors the curriculum of globally popular Arduino courses → ideal for classroom use and self-study
  • Beginner-friendly form factor: Standard 3-pin or 4-pin interfaces on most modules → easy to wire up even without electronics background
  • Brand & MPN traceable: Kuongshun AE002 → reliable re-ordering and community support

Compatibility

  • Arduino UNO / Nano / Mega: Primary target platform — most modules operate at 5 V logic and power, matching Arduino's native voltage levels directly.
  • ESP32 / ESP8266 (3.3 V boards): Usable with caution — verify each module's operating voltage before connecting to 3.3 V GPIO pins to avoid damage.
  • Raspberry Pi: Some modules are compatible via GPIO; always check individual module voltage requirements as RPi GPIO is 3.3 V.

Typical Applications

  • Home security & alarm systems: Combine the motion, vibration, and sound sensor modules to build a DIY intruder alarm that triggers a buzzer or sends a notification.
  • Weather & environment monitoring: Use temperature, light, and humidity-related modules to log environmental data and display it on an LCD or serial monitor.
  • Robotics & obstacle avoidance: Wire up IR and tracking sensors to give a robot car the ability to follow lines or detect and avoid obstacles.
  • Interactive STEM experiments: Build classroom demonstrations that light up LEDs, play tones, or react to touch — perfect for engaging students in hands-on learning.
  • Smart home prototypes: Control lights or fans based on sensor readings (light level, temperature, motion) using relay or transistor outputs.

Technical Specifications

ParameterValue
Number of Modules37
Module FormatBreakout boards with header pins
Primary Compatible PlatformArduino (5 V)
Connection TypeDupont jumper wires (standard 2.54 mm pitch)
Soldering RequiredNo
BrandKuongshun
MPNAE002

FAQ

Q: Does the kit include jumper wires or an Arduino board?
A: The AE002 kit contains the 37 sensor and actuator modules. Jumper wires and an Arduino board are typically sold separately — check the product listing for exact bundle contents.

Q: Can I use these modules with an ESP32 or ESP8266?
A: Many modules can work with 3.3 V boards like ESP32, but you must verify the operating voltage of each individual module before connecting it to 3.3 V GPIO pins, as some modules are designed for 5 V only.

Package Contents: 37 × sensor/actuator breakout board modules (Kuongshun AE002).

⚠ Note: Always verify the operating voltage of each module before connecting to your microcontroller. Some modules may be rated for 5 V only and could be damaged if connected directly to 3.3 V boards such as ESP32 or Raspberry Pi.
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