Product image 1
HomeStore

Automatic Cloth Protection from Rain | Smart Rain Sensor Clothes Cover Arduino Science Project Kit

Automatic Cloth Protection from Rain | Smart Rain Sensor Clothes Cover Arduino Science Project Kit

Technical Specifications

  • Product Type: Arduino Science Project Kit
  • Project Name: Automatic Cloth Protection from Rain
  • Controller: Arduino UNO / Compatible Board
  • Sensor Type: Rain Sensor Module
  • Motor Type: DC Motor / Servo Motor (for cover mechanism)
  • Mechanism: Automatic Cover / Retractable System
  • Power Supply: 5V–12V DC
  • Output: Motor Activation + LED Indicator
  • Application: Smart home automation, cloth drying protection

Product Description

Automatic Cloth Protection from Rain is a smart Arduino-based project that protects clothes from unexpected rain. When rain is detected, the system automatically activates a motor to cover or retract clothes into a safe area.

This project demonstrates real-life home automation and weather-responsive systems, making it ideal for state-level science exhibitions and engineering projects.

$6.18

Original: $17.66

-65%
Automatic Cloth Protection from Rain | Smart Rain Sensor Clothes Cover Arduino Science Project Kit

$17.66

$6.18

Product Information

Shipping & Returns

Description

Technical Specifications

  • Product Type: Arduino Science Project Kit
  • Project Name: Automatic Cloth Protection from Rain
  • Controller: Arduino UNO / Compatible Board
  • Sensor Type: Rain Sensor Module
  • Motor Type: DC Motor / Servo Motor (for cover mechanism)
  • Mechanism: Automatic Cover / Retractable System
  • Power Supply: 5V–12V DC
  • Output: Motor Activation + LED Indicator
  • Application: Smart home automation, cloth drying protection

Product Description

Automatic Cloth Protection from Rain is a smart Arduino-based project that protects clothes from unexpected rain. When rain is detected, the system automatically activates a motor to cover or retract clothes into a safe area.

This project demonstrates real-life home automation and weather-responsive systems, making it ideal for state-level science exhibitions and engineering projects.